// *************************************
// This page calculates the price for custom order buttones.
// Three inputs are required:
// form = This tells which form on the page is being calculated
// MinimumLength = This is the minimum length that will show. If a number is less then the minimum length then that
// length will show, but the price of the minimum length will be used for the cost.
// PricePerLength = This is the price per additional length (usually / foot)
// TypeOfLength is optional. The default is Ft. if nothing is sent. If something else, such as Meters, needs to
// be used then the actual word 'Meters' would be sent
// CalculatedPrice = The calculated price based on the feet requested
// *************************************
// *************************************
// Format Currency Function
function formatCurrency(num) {
num = num.toString().replace(/\$|\,/g,'');
num = num.toString()
if(isNaN(num))
num = "0";
sign = (num == (num = Math.abs(num)));
num = Math.floor(num*100+0.50000000001);
cents = num%100;
num = Math.floor(num/100).toString();
if(cents<10)
cents = "0" + cents;
for (var i = 0; i < Math.floor((num.length-(1+i))/3); i++)
num = num.substring(0,num.length-(4*i+3))+','+
num.substring(num.length-(4*i+3));
// return (((sign)?'':'-') + '$' + num + '.' + cents);
return (num + '.' + cents);
}
// **************************************
// ***** SetVisiblePrice function
// This function makes sure the Visible Price isn't changed by
// the customer.
function setVisiblePrice(form){
form.VisiblePrice.value = form.price.value
}
//*************************************
// ***** ComputeLengthPrice function
// This function calculates the price based on the length entered after validating the length
function ComputePrice(form, MinimumLength, PricePerLength, TypeOfLength){
var TypeOfLengthSpecified
var CalculatedPrice
var x=form.Cable_Length.value;
var anum=/^((\d+(\.\d*)?)|((\d*\.)?\d+))$/ ;
// Find out if a type of length was specified. If not the use Ft. as default
if (typeof TypeOfLength == 'undefined') {
TypeOfLength = "Ft."
}
else{ //Do nothing - use what was specified
}
if (anum.test(x)){
if (form.Cable_Length.value == ""){
alert("Please enter in a length.")
form.Cable_Length.focus();
}
else{
//Assign information to variables
var TenFootPrice = form.Ten_Foot_Price.value;
var Originaldescription = form.Originaldescription.value;
var Originalitemid = form.Originalitemid.value;
if (x < MinimumLength){
form.VisiblePrice.value = TenFootPrice
form.price.value = TenFootPrice
form.description.value = Originaldescription + " " + x + " " + TypeOfLength + " (Custom Length)"
form.itemid.value = Originalitemid + "-" + x
}
else{
CalculatedPrice = parseFloat(TenFootPrice) + ((parseFloat(x) - MinimumLength) * PricePerLength);
form.VisiblePrice.value = formatCurrency(CalculatedPrice);
form.price.value = formatCurrency(CalculatedPrice);
form.description.value = Originaldescription + " " + x + " " + TypeOfLength + " (Custom Length)";
form.itemid.value = Originalitemid + "-" + x;
;
}
}
}
else{
alert("Please enter in a valid number for the length. Length will be reset to " + MinimumLength + " " + TypeOfLength);
form.Cable_Length.value = MinimumLength;
form.Cable_Length.focus();
}
}
// **************************************
// ***** ComputeShortPrice function
// This function calculates the price by making sure the length is equal or less than a certain length. Longer lengths are not allowed.
function ComputeShortPrice(form, MaximumLength, TypeOfLength){
var TypeOfLengthSpecified
var x=form.Cable_Length.value;
var anum=/^((\d+(\.\d*)?)|((\d*\.)?\d+))$/ ;
// Find out if a type of length was specified. If not the use Ft. as default
if (typeof TypeOfLength == 'undefined') {
TypeOfLength = "Ft."
}
else{ //Do nothing - use what was specified
}
if (anum.test(x)){
if (form.Cable_Length.value == ""){
alert("Please enter in a length.")
form.Cable_Length.focus();
}
else{
//Assign information to variables
var TenFootPrice = form.Ten_Foot_Price.value;
var Originaldescription = form.Originaldescription.value;
var Originalitemid = form.Originalitemid.value;
if (x > MaximumLength){
alert("The length of the cable must be equal or less than " + MaximumLength + " " + TypeOfLength + " Length will be reset to " + MaximumLength + " " + TypeOfLength);
form.Cable_Length.value = MaximumLength;
form.Cable_Length.focus();
}
else{
form.VisiblePrice.value = TenFootPrice
form.price.value = TenFootPrice
form.description.value = Originaldescription + " " + x + " " + TypeOfLength + " (Custom Length)"
form.itemid.value = Originalitemid + "-" + x
}
}
}
else{
alert("Please enter in a valid number for the length. Length will be reset to " + MaximumLength + " " + TypeOfLength);
form.Cable_Length.value = MaximumLength;
form.Cable_Length.focus();
}
}
// **************************************
// 9-7-07 - This is used with overlib.js to show a large version of thumbnail with links to picture page.
// Put this code in the img tage of the thumbnail image.
// onmouseover="showLargeImage(this.src)" onmouseout="return nd();"
function showLargeImage(loc)
{
var LargeLoc = loc;
if (LargeLoc == "http://www.pacificcable.com/thumbnails/camera.gif"){
}
else
{
// Replace thumbnails url with photos url to show image
LargeLoc = LargeLoc.replace(/Thumbnails/i, "photos");
LargeLoc = LargeLoc.replace(/_small/i, "");
var PartNumber = loc;
PartNumber = PartNumber.replace("http://www.pacificcable.com/Thumbnails/", "");
PartNumber = PartNumber.replace("http://www.pacificcable.com/thumbnails/", "");
PartNumber = PartNumber.replace(/_small.jpg/i, "");
PartNumber = PartNumber.replace(/_small.gif/i, "");
PartNumber = PartNumber.replace(/.gif/i, "");
PartNumber = PartNumber.replace(/.jpg/i, "");
PartNumber = PartNumber.replace("http://www.pacificcable.com/Photos/", "");
PartNumber = PartNumber.replace("http://www.pacificcable.com/photos/", "");
var CheckThumbnail = loc;
//Check to see if this is a thumbnail. If it is not in the thumbnails folder then it is not.
if (CheckThumbnail.indexOf("images") < 0)
{
overlib('
Click Thumbnail For More Info on ' + PartNumber + '', RELX, -850, RELY, -200);
}
}
//return(LargeLoc)
}
// **************************************
// 3-5-10 - This is used with overlib.js to show a large version of thumbnail without links to picture page.
// Put this code in the img tage of the thumbnail image.
// onmouseover="showLargeImage(this.src)" onmouseout="return nd();"
function showLargeImage2(loc, SelectedValue)
{
var LargeLoc = loc;
if (LargeLoc == "http://www.pacificcable.com/thumbnails/camera.gif"){
}
else
{
var CheckThumbnail = loc;
overlib('' + SelectedValue + '
', CENTERPOPUP);
}
//return(LargeLoc)
}
// ***** VerifyMinimumOrder function
// This function calculates the price based on the length entered after validating the length
function VerifyMinimumOrder(form, MinimumOrder){
var x=form.quantity.value;
var MinimumOrder = MinimumOrder;
var anum=/^((\d+(\.\d*)?)|((\d*\.)?\d+))$/ ;
if (anum.test(x)){
if (x < MinimumOrder ){
alert("The minimum order for this item is " + MinimumOrder);
form.quantity.value = MinimumOrder;
form.quantity.focus();
}
}
else{
alert("Please enter in a valid number for the quantity. Length will be reset to " + MinimumOrder);
form.quantity.value = MinimumOrder;
form.quantity.focus();
}
}
// ***** ComputeLengthPriceCableType function
// This function calculates the price based on the length entered after validating the length and also the type of custom cable based on connectors and wire selected.
function ComputeCableAndPrice(form, MinimumLength, PricePerLength, SubmitCable, TypeOfLength){
//Assign information to variables
var Default_Length_Price = form.Default_Length_Price.value;
var Originaldescription = form.Originaldescription.value;
var Originalitemid = form.Originalitemid.value;
//** Get Cable Length
var TypeOfLengthSpecified;
var CalculatedPrice;
var Cable_Length_Feet=form.Cable_Length_Feet.value;
var Cable_Length_Inches=form.Cable_Length_Inches.value;
var Cable_Length_Is_Number=0;
var anum=/^((\d+(\.\d*)?)|((\d*\.)?\d+))$/ ;
// Find out if a type of length was specified. If not the use Ft. as default
if (typeof TypeOfLength == 'undefined') {
TypeOfLength = "Ft.";
}
else{ //Do nothing - use what was specified
}
if (anum.test(Cable_Length_Feet)){
if ((form.Cable_Length_Feet.value == "")||(form.Cable_Length_Feet.value == 0 && form.Cable_Length_Inches.value == 0)){
if (SubmitCable==1){
alert("Please enter a length, a length Greater than 0 or enter 1 or greater for inches or feet. Length will be reset to " + MinimumLength + ".");
form.Cable_Length_Feet.focus();
form.Cable_Length_Feet.value = MinimumLength;
return false;
}
}
else{
if (anum.test(Cable_Length_Inches)){
if (form.Cable_Length_Inches.value == ""){
alert("Please enter in a length.");
form.Cable_Length_Inches.focus();
return false;
}
else{
if (form.Cable_Length_Inches.value > 11){
alert("Please enter in 0 - 11 Inches only. Inches will be reset to 0.");
form.Cable_Length_Inches.value=0;
form.Cable_Length_Inches.focus();
return false;
}
else{
//1 = Cable Length is valid!
Cable_Length_Is_Number=1;
}
}
}
else{
alert("Please enter in a valid number for the inches. Inches will be reset to 0.");
form.Cable_Length_Inches.value=0;
form.Cable_Length_Inches.focus();
return false;
}
}
}
else{
alert("Please enter in a valid number for the length. Length will be reset to " + MinimumLength + " " + TypeOfLength);
form.Cable_Length_Feet.value = MinimumLength;
form.Cable_Length_Inches.value=0;
form.price.value = Default_Length_Price;
form.VisiblePrice.value = Default_Length_Price;
form.Cable_Length_Feet.focus();
return false;
}
//** Create New Item Price
if (Cable_Length_Is_Number==1){
//Figure Out Price And Description
var CalcCable_Length_Feet = Cable_Length_Feet;
if (Cable_Length_Inches > 0){
//Add on 1 foot.
CalcCable_Length_Feet = CalcCable_Length_Feet * 1;
CalcCable_Length_Feet = CalcCable_Length_Feet + 1;
}
if (Cable_Length_Feet < MinimumLength){
form.VisiblePrice.value = Default_Length_Price;
}
else{
CalculatedPrice = parseFloat(Default_Length_Price) + ((parseFloat(CalcCable_Length_Feet) - MinimumLength) * PricePerLength);
form.VisiblePrice.value = formatCurrency(CalculatedPrice);
form.price.value = formatCurrency(CalculatedPrice);
}
}
//**Get Connectors And Wire - Validate They are selected.
//** Get Connector 1
var Connector1_selected_index = form.elements["Connector_1"].selectedIndex;
if(Connector1_selected_index > 0) {
var Connector1_selected_option_value = form.elements["Connector_1"].options[Connector1_selected_index].value;
var Connector1_selected_option_text = form.elements["Connector_1"].options[Connector1_selected_index].text;
//** Get Wire Type
var WireType_selected_index = form.elements["Wire_Type"].selectedIndex;
if(WireType_selected_index > 0) {
var WireType_selected_option_value = form.elements["Wire_Type"].options[WireType_selected_index].value;
var WireType_selected_option_text = form.elements["Wire_Type"].options[WireType_selected_index].text;
//** Get Connector 2
var Connector2_selected_index = form.elements["Connector_2"].selectedIndex;
if(Connector2_selected_index > 0) {
var Connector2_selected_option_value = form.elements["Connector_2"].options[Connector2_selected_index].value;
var Connector2_selected_option_text = form.elements["Connector_2"].options[Connector2_selected_index].text;
} else {
if (SubmitCable==1){
alert('Please select Connector 2 from the drop down list');
form.Connector_2.focus();
return false;
}
}
} else {
if (SubmitCable==1){
alert('Please select Wire Type from the drop down list');
form.Wire_Type.focus();
return false;
}
}
} else {
if (SubmitCable==1){
alert('Please select Connector 1 from the drop down list');
form.Connector_1.focus();
return false;
}
}
//** Create New Description
var TempDescription;
TempDescription = Connector1_selected_option_value + " To " + Connector2_selected_option_value + " With " + WireType_selected_option_value + " Wire - " + Cable_Length_Feet + " " + TypeOfLength + " ";
if (Cable_Length_Inches > 0){
TempDescription = TempDescription + Cable_Length_Inches + " In.";
}
TempDescription = TempDescription + " (Custom Length)";
form.description.value = TempDescription;
//** If Valid and Submitted Submit Form
if (SubmitCable==1){
return true;
} else {
return false;
}
}
// **************************************
// ******************************
// Functions for Custom Length RF And Coaxial Cables
function doWireType(form){
document.getElementById("WireType-Text").innerHTML = form.options[form.options.selectedIndex].value;
var TempWireInfo;
var SelectedValue = form.options[form.options.selectedIndex].value;
// *************
// Fills in allowed connectors for connector 2
var lists = new Array();
// First set of text and values - These connectors can use RG58/U, RG58A/U, and Belden RG58
lists['Connector1'] = new Array();
lists['Connector1'][0] = new Array(
'Select Connector 2',
'BNC Male',
'BNC Female',
'BNC Male Reverse Polarity',
'BNC Female Reverse Polarity',
'F Male',
'FME Male',
'FME Female',
'Mini UHF Male',
'Mini UHF Female',
'N Male',
'N Female',
'N Male Reverse Polarity',
'N Female Reverse Polarity',
'RCA Male',
'RCA Female',
'SMA Male',
'SMA Right Angle Male',
'SMA Female',
'SMA Male Reverse Polarity',
'SMA Female Reverse Polarity',
'TNC Male',
'TNC Right Angle Male',
'TNC Female',
'TNC Male Reverse Polarity',
'UHF Male',
'2.5mm Mono Male',
'3.5mm Mono Male',
'3.5mm Mono Female',
'1/4 Inch Mono Male',
'1/4 Inch Mono Female'
);
lists['Connector1'][1] = new Array(
'',
'BNC Male',
'BNC Female',
'BNC Male Reverse Polarity',
'BNC Female Reverse Polarity',
'F Male',
'FME Male',
'FME Female',
'Mini UHF Male',
'Mini UHF Female',
'N Male',
'N Female',
'N Male Reverse Polarity',
'N Female Reverse Polarity',
'RCA Male',
'RCA Female',
'SMA Male',
'SMA Right Angle Male',
'SMA Female',
'SMA Male Reverse Polarity',
'SMA Female Reverse Polarity',
'TNC Male',
'TNC Right Angle Male',
'TNC Female',
'TNC Male Reverse Polarity',
'UHF Male',
'2.5mm Mono Male',
'3.5mm Mono Male',
'3.5mm Mono Female',
'1/4 Inch Mono Male',
'1/4 Inch Mono Female'
);
// Second set of text and values - These connectors can use RG59
lists['Connector2'] = new Array();
lists['Connector2'][0] = new Array(
'Select Connector 2',
'BNC Male',
'BNC Female',
'Mini UHF Male',
'Mini UHF Female',
'N Male',
'N Female',
'RCA Male',
'RCA Female',
'UHF Male',
'2.5mm Mono Male',
'3.5mm Mono Male',
'3.5mm Mono Female',
'1/4 Inch Mono Male',
'1/4 Inch Mono Female'
);
lists['Connector2'][1] = new Array(
'',
'BNC Male',
'BNC Female',
'Mini UHF Male',
'Mini UHF Female',
'N Male',
'N Female',
'RCA Male',
'RCA Female',
'UHF Male',
'2.5mm Mono Male',
'3.5mm Mono Male',
'3.5mm Mono Female',
'1/4 Inch Mono Male',
'1/4 Inch Mono Female'
);
// Third set of text and values - These connectors can use RG6
lists['Connector3'] = new Array();
lists['Connector3'][0] = new Array(
'Select Connector 2',
'BNC Male',
'BNC Female',
'F Male',
'RCA Male',
'RCA Female',
'UHF Male',
'2.5mm Mono Male',
'3.5mm Mono Male',
'3.5mm Mono Female',
'1/4 Inch Mono Male',
'1/4 Inch Mono Female'
);
lists['Connector3'][1] = new Array(
'',
'BNC Male',
'BNC Female',
'F Male',
'RCA Male',
'RCA Female',
'UHF Male',
'2.5mm Mono Male',
'3.5mm Mono Male',
'3.5mm Mono Female',
'1/4 Inch Mono Male',
'1/4 Inch Mono Female'
);
// Fourth set of text and values - These connectors can use RG174
lists['Connector4'] = new Array();
lists['Connector4'][0] = new Array(
'Select Connector 2',
'BNC Male',
'BNC Female',
'MCX Male',
'MCX Female',
'MMCX Male',
'MMCX Right Angle Male',
'MMCX Female',
'N Male',
'N Female',
'SMA Male',
'SMA Right Angle Male',
'SMA Female',
'SMA Male Reverse Polarity',
'SMA Female Reverse Polarity',
'SMB Male',
'SMB Right Angle Male',
'SMB Female',
'SMC Male',
'SMC Female',
'SMZ Male',
'TNC Male',
'TNC Female',
'TNC Male Reverse Polarity',
'2.5mm Mono Male',
'3.5mm Mono Male',
'3.5mm Mono Female',
'1/4 Inch Mono Male',
'1/4 Inch Mono Female'
);
lists['Connector4'][1] = new Array(
'',
'BNC Male',
'BNC Female',
'MCX Male',
'MCX Female',
'MMCX Male',
'MMCX Right Angle Male',
'MMCX Female',
'N Male',
'N Female',
'SMA Male',
'SMA Right Angle Male',
'SMA Female',
'SMA Male Reverse Polarity',
'SMA Female Reverse Polarity',
'SMB Male',
'SMB Right Angle Male',
'SMB Female',
'SMC Male',
'SMC Female',
'SMZ Male',
'TNC Male',
'TNC Female',
'TNC Male Reverse Polarity',
'2.5mm Mono Male',
'3.5mm Mono Male',
'3.5mm Mono Female',
'1/4 Inch Mono Male',
'1/4 Inch Mono Female'
);
// Fifth set of Connector 2 text and values
lists['Connector5'] = new Array();
lists['Connector5'][0] = new Array(
'Select Wire Type First'
);
lists['Connector5'][1] = new Array(
''
);
changeList( form );
// This function performs a drop down list option change by first
// emptying the existing option list and then assigning a new set
function changeList( box ) {
if ( SelectedValue == "RG58/U" || SelectedValue == "RG58A/U" || SelectedValue == "Belden RG58") { //Only show connectors using this wire
list = lists['Connector1'];
}
if ( SelectedValue == "RG59") { //Only show connectors using this wire
list = lists['Connector2'];
}
if ( SelectedValue == "RG6") { //Only show connectors using this wire
list = lists['Connector3'];
}
if ( SelectedValue == "RG174") { //Only show connectors using this wire
list = lists['Connector4'];
}
// Isolate the appropriate list by using the value
// of the currently selected option
// Next empty the slave list
emptyList( box.form.Connector_2 );
// Then assign the new list values
fillList( box.form.Connector_2, list );
if (SelectedValue == "") {
list = lists['Connector5'];
// Next empty the slave list
emptyList( box.form.Connector_2 );
// Then assign the new list values
fillList( box.form.Connector_2, list );
}
}
// This function goes through the options for the given
// drop down box and removes them in preparation for
// a new set of values
function emptyList( box ) {
// Set each option to null thus removing it
while ( box.options.length ) box.options[0] = null;
}
// This function assigns new drop down options to the given
// drop down box from the list of lists specified
function fillList( box, arr ) {
// arr[0] holds the display text
// arr[1] are the values
for ( i = 0; i < arr[0].length; i++ ) {
// Create a new drop down option with the
// display text and value from arr
option = new Option( arr[0][i], arr[1][i] );
// Add to the end of the existing options
box.options[box.length] = option;
}
// Preselect option 0
box.selectedIndex=0;
}
// *******************
document.getElementById("Connector2-Info").innerHTML = "";
document.getElementById("Connector2-Text").innerHTML = "";
document['Connector2-Drawing'].src = "http://www.pacificcable.com/images/blank.gif";
TempWireInfo = "
Wire: " + SelectedValue + " - ";
if (SelectedValue == "RG58/U"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/RG58U-Wire-Custom.jpg";
TempWireInfo = TempWireInfo + "[Bulk Wire] RG58/U is a specific type of coaxial cable often used low-power signal and RF connections. The cable has a characteristic impedance of either 50 or 52 Ohms. Most two-way radio communication systems, such as marine SSB, CB radio, marine VHF, amateur, police, fire, WLAN antennas etc., are designed to work with 50 Ohm cable. RG58 cable is often used as a generic carrier of signals in laboratories, combined with BNC connectors that are common on test and measurement equipment such as oscilloscopes. However, interconnecting equipment with multiple coax cables can lead to ground loops, which may pick-up 50-60 Hz fields from the AC mains.";
}
if (SelectedValue == "RG58A/U"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/RG58AU-Wire-Custom.jpg";
TempWireInfo = TempWireInfo + "[Bulk Wire] RG58 in versions RG58A/U or RG58C/U was once widely used in 'thin' Ethernet (10BASE2), where it provides a maximum segment length of 185 meters. RG58 cable can be used for moderately high frequencies. Its signal attenuation depends on the frequency, e.g. from 0.11 dB/m at 50 MHz to 1.4 dB/m at 2 GHz.";
}
if (SelectedValue == "Belden RG58"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/Belden-RG58-Wire-Custom.jpg";
TempWireInfo = TempWireInfo + "[Bulk Wire] Belden Brand RG58. RG58/U is a specific type of coaxial cable often used low-power signal and RF connections. The cable has a characteristic impedance of either 50 or 52 Ohms. Most two-way radio communication systems, such as marine SSB, CB radio, marine VHF, amateur, police, fire, WLAN antennas etc., are designed to work with 50 Ohm cable. RG58 cable is often used as a generic carrier of signals in laboratories, combined with BNC connectors that are common on test and measurement equipment such as oscilloscopes. However, interconnecting equipment with multiple coax cables can lead to ground loops, which may pick-up 50-60 Hz fields from the AC mains.";
}
if (SelectedValue == "RG59"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/RG59-Wire-Custom.jpg";
TempWireInfo = TempWireInfo + "[Bulk Wire] RG59 is a specific type of coaxial cable, often used for low-power video and RF signal connections. The cable has a characteristic impedance of 75 ohms. It is often used at baseband video frequencies, such as composite video. It may also be used for broadcast frequencies, but its high-frequency losses are too high to allow its use over long distances; in these applications, RG6 or RG11 is used instead. RG59 coaxial cable is commonly packed with consumer equipment, such as VCRs or digital cable/satellite receivers.";
}
if (SelectedValue == "RG6"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/RG6-Wire-Custom.jpg";
TempWireInfo = TempWireInfo + "[Bulk Wire] RG6 is a common type of coaxial cable used in a wide variety of residential and commercial applications. RG6 is generally used to refer to coaxial cables with an 18 AWG center conductor and 75 ohm characteristic impedance. The most commonly-recognized variety of RG6 is cable television (CATV) distribution coax, used to route cable television signals to and within homes, and RG-6 type cables have become the standard for CATV, mostly replacing the smaller RG59, in recent years.";
}
if (SelectedValue == "RG174"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/RG174-Wire-Custom.jpg";
TempWireInfo = TempWireInfo + "[Bulk Wire] RG174 is a coaxial cable with an impedance of 50 Ohms. RG174 is commonly used for Wi-Fi pigtails and is more flexible but with higher loss than RG58.";
}
document.getElementById("WireType-Info").innerHTML = TempWireInfo;
document['WireType-Image'].src = ImageSource;
if (ImageFound == false) {
document['WireType-Image'].src = "http://www.pacificcable.com/images/blank.gif";
}
}
function Connector1(form){
document.getElementById("Connector1-Text").innerHTML = form.options[form.options.selectedIndex].value;
document.getElementById("Connector2-Text").innerHTML = "";
document['Connector2-Drawing'].src = "http://www.pacificcable.com/images/blank.gif";
document.getElementById("WireType-Text").innerHTML = "
";
// Initalize
var ImageFound = false;
var DrawingFound = false;
var TempConnectorInfo;
var TempConnectorDrawing;
var SelectedValue = form.options[form.options.selectedIndex].value;
var ImageSource;
// *************
var lists = new Array();
// First set of text and values
lists['Wire1'] = new Array();
lists['Wire1'][0] = new Array(
'Select Wire Type',
'RG58/U',
'RG58A/U',
'Belden RG58',
'RG59',
'RG6',
'RG174'
);
lists['Wire1'][1] = new Array(
'',
'RG58/U',
'RG58A/U',
'Belden RG58',
'RG59',
'RG6',
'RG174'
);
// Second set of text and values
lists['Wire2'] = new Array();
lists['Wire2'][0] = new Array(
'Select Wire Type',
'RG58/U',
'RG58A/U',
'Belden RG58'
);
lists['Wire2'][1] = new Array(
'',
'RG58/U',
'RG58A/U',
'Belden RG58'
);
// Third set of text and values
lists['Wire3'] = new Array();
lists['Wire3'][0] = new Array(
'Select Wire Type',
'RG59'
);
lists['Wire3'][1] = new Array(
'',
'RG59'
);
// Fourth set of text and values
lists['Wire4'] = new Array();
lists['Wire4'][0] = new Array(
'Select Wire Type',
'RG6'
);
lists['Wire4'][1] = new Array(
'',
'RG6'
);
// Fifth set of text and values
lists['Wire5'] = new Array();
lists['Wire5'][0] = new Array(
'Select Wire Type',
'RG174'
);
lists['Wire5'][1] = new Array(
'',
'RG174'
);
// Sixth set of text and values
lists['Wire6'] = new Array();
lists['Wire6'][0] = new Array(
'Select Wire Type',
'RG58/U',
'RG58A/U',
'Belden RG58',
'RG59',
'RG6'
);
lists['Wire6'][1] = new Array(
'',
'RG58/U',
'RG58A/U',
'Belden RG58',
'RG59',
'RG6'
);
// Seventh set of text and values
lists['Wire7'] = new Array();
lists['Wire7'][0] = new Array(
'Select Wire Type',
'RG58/U',
'RG58A/U',
'Belden RG58',
'RG59'
);
lists['Wire7'][1] = new Array(
'',
'RG58/U',
'RG58A/U',
'Belden RG58',
'RG59'
);
// Eigth set of text and values
lists['Wire8'] = new Array();
lists['Wire8'][0] = new Array(
'Select Wire Type',
'RG58/U',
'RG58A/U',
'Belden RG58',
'RG59',
'RG174'
);
lists['Wire8'][1] = new Array(
'',
'RG58/U',
'RG58A/U',
'Belden RG58',
'RG59',
'RG174'
);
// Ninth set of text and values
lists['Wire9'] = new Array();
lists['Wire9'][0] = new Array(
'Select Wire Type',
'RG58/U',
'RG58A/U',
'Belden RG58',
'RG174'
);
lists['Wire9'][1] = new Array(
'',
'RG58/U',
'RG58A/U',
'Belden RG58',
'RG174'
);
// First set of Connector 2 text and values
lists['Connector1'] = new Array();
lists['Connector1'][0] = new Array(
'Select Wire Type First'
);
lists['Connector1'][1] = new Array(
''
);
if (SelectedValue == "") {
}
else {
changeList( form );
}
// This function performs a drop down list option change by first
// emptying the existing option list and then assigning a new set
function changeList( box ) {
if ( SelectedValue == "BNC Male" || SelectedValue == "BNC Female" || SelectedValue == "2.5mm Mono Male" || SelectedValue == "1/4 Inch Mono Male" || SelectedValue == "1/4 Inch Mono Female") {
list = lists['Wire1'];
}
if ( SelectedValue == "BNC Male Reverse Polarity" || SelectedValue == "BNC Female Reverse Polarity" || SelectedValue == "FME Male" || SelectedValue == "FME Female" || SelectedValue == "TNC Right Angle Male" || SelectedValue == "N Male Reverse Polarity" || SelectedValue == "N Female Reverse Polarity") {
list = lists['Wire2'];
}
//Not currently used
// if ( SelectedValue == "BNC Male Reverse Polarity") {
// list = lists['Wire3'];
//}
//Not currently used
// if ( SelectedValue == "BNC Male Reverse Polarity") {
// list = lists['Wire4'];
//}
if ( SelectedValue == "MCX Male" || SelectedValue == "MCX Female" || SelectedValue == "MMCX Male" || SelectedValue == "MMCX Right Angle Male" || SelectedValue == "MMCX Female" || SelectedValue == "SMB Male" || SelectedValue == "SMB Right Angle Male" || SelectedValue == "SMB Female" || SelectedValue == "SMC Male" || SelectedValue == "SMC Female" || SelectedValue == "SMZ Male") {
list = lists['Wire5'];
}
if ( SelectedValue == "F Male" || SelectedValue == "RCA Male" || SelectedValue == "RCA Female" || SelectedValue == "UHF Male") {
list = lists['Wire6'];
}
if ( SelectedValue == "Mini UHF Male" || SelectedValue == "Mini UHF Female") {
list = lists['Wire7'];
}
if ( SelectedValue == "3.5mm Mono Male" || SelectedValue == "3.5mm Mono Female" || SelectedValue == "N Male" || SelectedValue == "N Female" ) {
list = lists['Wire8'];
}
if ( SelectedValue == "SMA Male" || SelectedValue == "SMA Right Angle Male" || SelectedValue == "SMA Female" || SelectedValue == "SMA Male Reverse Polarity" || SelectedValue == "SMA Female Reverse Polarity" || SelectedValue == "TNC Male" || SelectedValue == "TNC Female" || SelectedValue == "TNC Male Reverse Polarity" || SelectedValue == "TNC Female Reverse Polarity") {
list = lists['Wire9'];
}
// Isolate the appropriate list by using the value
// of the currently selected option
// Next empty the slave list
emptyList( box.form.Wire_Type );
// Then assign the new list values
fillList( box.form.Wire_Type, list );
list = lists['Connector1'];
// Next empty the slave list
emptyList( box.form.Connector_2 );
// Then assign the new list values
fillList( box.form.Connector_2, list );
}
// This function goes through the options for the given
// drop down box and removes them in preparation for
// a new set of values
function emptyList( box ) {
// Set each option to null thus removing it
while ( box.options.length ) box.options[0] = null;
}
// This function assigns new drop down options to the given
// drop down box from the list of lists specified
function fillList( box, arr ) {
// arr[0] holds the display text
// arr[1] are the values
for ( i = 0; i < arr[0].length; i++ ) {
// Create a new drop down option with the
// display text and value from arr
option = new Option( arr[0][i], arr[1][i] );
// Add to the end of the existing options
box.options[box.length] = option;
}
// Preselect option 0
box.selectedIndex=0;
}
// *******************
document.getElementById("WireType-Info").innerHTML = "";
document.getElementById("Connector2-Info").innerHTML = "";
TempConnectorInfo = "Connector 1: " + SelectedValue + " - ";
if (SelectedValue.indexOf("BNC Male") >= 0){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/BNC-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/BNC-Male-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[BNC Adapters | BNC Cables | BNC Connectors] ";
TempConnectorInfo = TempConnectorInfo + "The BNC connector is used for RF signal connections, for analog and Serial Digital Interface video signals, amateur radio antenna connections, aviation electronics (avionics) and many other types of electronic test equipment.";
}
if (SelectedValue.indexOf("BNC Female") >= 0){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/BNC-Female-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/BNC-Female-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[BNC Adapters | BNC Cables | BNC Connectors] ";
TempConnectorInfo = TempConnectorInfo + "The BNC connector is used for RF signal connections, for analog and Serial Digital Interface video signals, amateur radio antenna connections, aviation electronics (avionics) and many other types of electronic test equipment.";
}
if (SelectedValue.indexOf("BNC Male Reverse Polarity") >= 0){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/BNC-Male-Reverse-Polarity-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/BNC-Male-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + " BNC Male Connector with Female Pin. Reverse Polarity connectors are designed for use in Spread Spectrum wireless applications where a non-standard interface is needed. Reverse Polarity/Reverse Gender connectors satisfy FCC Regulation 15 by switching dielectrics and pins/contacts between genders. For example, a Reverse Gender Male consists of a male body, however, the dielectric and contact are female. Reverse Polarity connectors and adapters will not mate with standard coaxial connectors. ";
TempConnectorInfo = TempConnectorInfo + "
[Reverse Polarity Adapters | Reverse Polarity Connectors]";
}
if (SelectedValue.indexOf("BNC Female Reverse Polarity") >= 0){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/BNC-Female-Reverse-Polarity-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/BNC-Female-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + " BNC Female Connector with Male Pin. Reverse Polarity connectors are designed for use in Spread Spectrum wireless applications where a non-standard interface is needed. Reverse Polarity/Reverse Gender connectors satisfy FCC Regulation 15 by switching dielectrics and pins/contacts between genders. For example, a Reverse Gender Male consists of a male body, however, the dielectric and contact are female. Reverse Polarity connectors and adapters will not mate with standard coaxial connectors. ";
TempConnectorInfo = TempConnectorInfo + "
[Reverse Polarity Adapters | Reverse Polarity Connectors]";
}
if (SelectedValue == "F Male"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/F-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/F-Male-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[F Adapters | F Cables | F Connectors] ";
TempConnectorInfo = TempConnectorInfo + "The F connector is a common means of connecting television signals. It is a type of coaxial RF connector commonly used for 'over the air' terrestrial television, cable television and universally for satellite television and cable modems, usually with RG-6/U cable or, in older installations, with RG-59/U cable.";
}
if (SelectedValue == "FME Male"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/FME-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/FME-Male-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[FME Adapters | FME Cables | FME Connectors] ";
TempConnectorInfo = TempConnectorInfo + "FME (For Mobile Equipment)is a miniature 50Ohm RF connector series offering excellent performance from DC to 2.0 GHz used with primarily with RG-58 or equivalent coaxial cables employed in mobile applications and installations. The FME female is designed to allow cables it has been installed on to be snaked through the often tight access holes or spaces of a vehicle to the desired equipment location(s) where an FME male adapter to the required equipment connector series is fitted to the female cable connector. There is an extensive array of FME inter-series adapters available and a male cable connector is also offered for both RG-58 and RG-174 type cables to facilitate extensions, splices or transitions.";
}
if (SelectedValue == "FME Female"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/FME-Female-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/FME-Female-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[FME Adapters | FME Cables | FME Connectors] ";
TempConnectorInfo = TempConnectorInfo + "FME (For Mobile Equipment)is a miniature 50Ohm RF connector series offering excellent performance from DC to 2.0 GHz used with primarily with RG-58 or equivalent coaxial cables employed in mobile applications and installations. The FME female is designed to allow cables it has been installed on to be snaked through the often tight access holes or spaces of a vehicle to the desired equipment location(s) where an FME male adapter to the required equipment connector series is fitted to the female cable connector. There is an extensive array of FME inter-series adapters available and a male cable connector is also offered for both RG-58 and RG-174 type cables to facilitate extensions, splices or transitions.";
}
if (SelectedValue == "MCX Male"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/MCX-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/MCX-Male-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[MCX Cables | MCX Connectors] ";
TempConnectorInfo = TempConnectorInfo + "MCX (micro coaxial) connectors are coaxial RF connectors developed in the 1980s. They have the same inner contact and insulator dimensions as the SMB connector but are 30% smaller. MCX is standardized in European CECC 22220. They use a snap-on interface and usually have a 50 Ohm impedance. They offer broadband capability from DC to 6 GHz.";
}
if (SelectedValue == "MCX Female"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/MCX-Female-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/MCX-Female-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[MCX Cables | MCX Connectors] ";
TempConnectorInfo = TempConnectorInfo + "MCX (micro coaxial) connectors are coaxial RF connectors developed in the 1980s. They have the same inner contact and insulator dimensions as the SMB connector but are 30% smaller. MCX is standardized in European CECC 22220. They use a snap-on interface and usually have a 50 Ohm impedance. They offer broadband capability from DC to 6 GHz.";
}
if (SelectedValue == "Mini UHF Male"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/Mini-UHF-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/Mini-UHF-Male-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[Mini UHF Adapters | Mini UHF Cables | Mini UHF Connectors] ";
TempConnectorInfo = TempConnectorInfo + "Mini-UHF connectors are miniaturized versions of UHF connectors, designed primarily for use in mobile phones and similar applications where size is an important consideration. Introduced in the 1970's, Mini-UHF has a 3/8-24 thread size and operates up to 2.5 GHz.";
}
if (SelectedValue == "Mini UHF Female"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/Mini-UHF-Female-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/Mini-UHF-Female-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[Mini UHF Adapters | Mini UHF Cables | Mini UHF Connectors] ";
TempConnectorInfo = TempConnectorInfo + "Mini-UHF connectors are miniaturized versions of UHF connectors, designed primarily for use in mobile phones and similar applications where size is an important consideration. Introduced in the 1970's, Mini-UHF has a 3/8-24 thread size and operates up to 2.5 GHz.";
}
if (SelectedValue == "MMCX Male"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/MMCX-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/MMCX-Male-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[MMCX Adapters | MMCX Cables | MMCX Connectors] ";
TempConnectorInfo = TempConnectorInfo + "MMCX (micro-miniature coaxial) connectors are coaxial RF connectors developed in the 1990s. They are similar to MCX, but smaller. MMCX connectors conform to the European CECC 22 000 specification. MMCX is a micro-miniature connector with a lock-snap mechanism allowing for 360 degrees rotation and usually has a 50 Ohm impedance. It offers broadband capability from DC to 6 GHz. They are most commonly seen on Wi-Fi PCMCIA cards as antenna connectors or as connectors for external GPS antennas on small devices like PDAs or GPS receivers.";
}
if (SelectedValue == "MMCX Right Angle Male"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/MMCX-Right-Angle-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/MMCX-Right-Angle-Male-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[MMCX Adapters | MMCX Cables | MMCX Connectors] ";
TempConnectorInfo = TempConnectorInfo + "MMCX (micro-miniature coaxial) connectors are coaxial RF connectors developed in the 1990s. They are similar to MCX, but smaller. MMCX connectors conform to the European CECC 22 000 specification. MMCX is a micro-miniature connector with a lock-snap mechanism allowing for 360 degrees rotation and usually has a 50 Ohm impedance. It offers broadband capability from DC to 6 GHz. They are most commonly seen on Wi-Fi PCMCIA cards as antenna connectors or as connectors for external GPS antennas on small devices like PDAs or GPS receivers.";
}
if (SelectedValue == "MMCX Female"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/MMCX-Female-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/MMCX-Female-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[MMCX Adapters | MMCX Cables | MMCX Connectors] ";
TempConnectorInfo = TempConnectorInfo + "MMCX (micro-miniature coaxial) connectors are coaxial RF connectors developed in the 1990s. They are similar to MCX, but smaller. MMCX connectors conform to the European CECC 22 000 specification. MMCX is a micro-miniature connector with a lock-snap mechanism allowing for 360 degrees rotation and usually has a 50 Ohm impedance. It offers broadband capability from DC to 6 GHz. They are most commonly seen on Wi-Fi PCMCIA cards as antenna connectors or as connectors for external GPS antennas on small devices like PDAs or GPS receivers.";
}
if (SelectedValue.indexOf("N Male") >= 0){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/N-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/N-Male-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[N Adapters | N Cables | N Connectors] ";
TempConnectorInfo = TempConnectorInfo + "The N connector (in full, Type N connector) is a threaded RF connector used to join coaxial cables. It was one of the first connectors capable of carrying microwave-frequency signals, and was invented in the 1940s. The N connector follows the MIL-C-39012 standard, defined by the US military, and comes in 50 and 75 ohm versions. The 50 ohm version is widely used in the infrastructure of land mobile, wireless data, paging and cellular systems. The 75 ohm version is primarily used in the infrastructure of cable television systems.";
}
if (SelectedValue.indexOf("N Female") >= 0){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/N-Female-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/N-Female-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[N Adapters | N Cables | N Connectors] ";
TempConnectorInfo = TempConnectorInfo + "The N connector (in full, Type N connector) is a threaded RF connector used to join coaxial cables. It was one of the first connectors capable of carrying microwave-frequency signals, and was invented in the 1940s. The N connector follows the MIL-C-39012 standard, defined by the US military, and comes in 50 and 75 ohm versions. The 50 ohm version is widely used in the infrastructure of land mobile, wireless data, paging and cellular systems. The 75 ohm version is primarily used in the infrastructure of cable television systems.";
}
if (SelectedValue.indexOf("N Male Reverse Polarity") >= 0){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/N-Male-Reverse-Polarity-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/N-Male-Reverse-Polarity-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + " N Male Connector with Female Pin. Reverse Polarity connectors are designed for use in Spread Spectrum wireless applications where a non-standard interface is needed. Reverse Polarity/Reverse Gender connectors satisfy FCC Regulation 15 by switching dielectrics and pins/contacts between genders. For example, a Reverse Gender Male consists of a male body, however, the dielectric and contact are female. Reverse Polarity connectors and adapters will not mate with standard coaxial connectors. ";
TempConnectorInfo = TempConnectorInfo + "
[Reverse Polarity Adapters | Reverse Polarity Connectors]";
}
if (SelectedValue.indexOf("N Female Reverse Polarity") >= 0){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/N-Female-Reverse-Polarity-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/N-Female-Reverse-Polarity-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + " N Female Connector with Male Pin. Reverse Polarity connectors are designed for use in Spread Spectrum wireless applications where a non-standard interface is needed. Reverse Polarity/Reverse Gender connectors satisfy FCC Regulation 15 by switching dielectrics and pins/contacts between genders. For example, a Reverse Gender Male consists of a male body, however, the dielectric and contact are female. Reverse Polarity connectors and adapters will not mate with standard coaxial connectors. ";
TempConnectorInfo = TempConnectorInfo + "
[Reverse Polarity Adapters | Reverse Polarity Connectors]";
}
if (SelectedValue == "RCA Male"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/RCA-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/RCA-Male-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[RCA Adapters | RCA Cables | RCA Connectors] ";
TempConnectorInfo = TempConnectorInfo + "An RCA connector, sometimes called a phono connector or cinch connector, is a type of electrical connector commonly used to carry audio and video signals. As with many other connectors, the RCA has been adopted for other uses than originally intended, including as a power connector, an RF connector, and as a connector for loudspeaker cables. Its use as a connector for composite video signals is extremely common. RCA connectors and cable are also commonly used to carry S/PDIF-formatted digital audio, with plugs colored orange to differentiate them from other typical connections.";
}
if (SelectedValue == "RCA Female"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/RCA-Female-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/RCA-Female-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[RCA Adapters | RCA Cables | RCA Connectors] ";
TempConnectorInfo = TempConnectorInfo + "An RCA connector, sometimes called a phono connector or cinch connector, is a type of electrical connector commonly used to carry audio and video signals. As with many other connectors, the RCA has been adopted for other uses than originally intended, including as a power connector, an RF connector, and as a connector for loudspeaker cables. Its use as a connector for composite video signals is extremely common. RCA connectors and cable are also commonly used to carry S/PDIF-formatted digital audio, with plugs colored orange to differentiate them from other typical connections.";
}
if (SelectedValue.indexOf("SMA Male") >= 0){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/SMA-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/SMA-Male-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[SMA Adapters | SMA Cables | SMA Connectors] ";
TempConnectorInfo = TempConnectorInfo + "SMA (SubMiniature version A) connectors are coaxial RF connectors developed in the 1960s as a minimal connector interface for coaxial cable with a screw type coupling mechanism. The connector has a 50 Ohm impedance. It offers excellent electrical performance from DC to 18 GHz.";
}
if (SelectedValue == "SMA Right Angle Male"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/SMA-Right-Angle-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/SMA-Right-Angle-Male-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[SMA Adapters | SMA Cables | SMA Connectors] ";
TempConnectorInfo = TempConnectorInfo + "SMA (SubMiniature version A) connectors are coaxial RF connectors developed in the 1960s as a minimal connector interface for coaxial cable with a screw type coupling mechanism. The connector has a 50 Ohm impedance. It offers excellent electrical performance from DC to 18 GHz.";
}
if (SelectedValue.indexOf("SMA Female") >= 0){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/SMA-Female-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/SMA-Female-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[SMA Adapters | SMA Cables | SMA Connectors] ";
TempConnectorInfo = TempConnectorInfo + "SMA (SubMiniature version A) connectors are coaxial RF connectors developed in the 1960s as a minimal connector interface for coaxial cable with a screw type coupling mechanism. The connector has a 50 Ohm impedance. It offers excellent electrical performance from DC to 18 GHz.";
}
if (SelectedValue.indexOf("SMA Male Reverse Polarity") >= 0){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/SMA-Male-Reverse-Polarity-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/SMA-Male-Reverse-Polarity-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + " SMA Male Connector with Female Pin. Reverse Polarity connectors are designed for use in Spread Spectrum wireless applications where a non-standard interface is needed. Reverse Polarity/Reverse Gender connectors satisfy FCC Regulation 15 by switching dielectrics and pins/contacts between genders. For example, a Reverse Gender Male consists of a male body, however, the dielectric and contact are female. Reverse Polarity connectors and adapters will not mate with standard coaxial connectors. ";
TempConnectorInfo = TempConnectorInfo + "
[Reverse Polarity Adapters | Reverse Polarity Connectors]";
}
if (SelectedValue.indexOf("SMA Female Reverse Polarity") >= 0){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/SMA-Female-Reverse-Polarity-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/SMA-Female-Reverse-Polarity-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + " SMA Female Connector with Male Pin. Reverse Polarity connectors are designed for use in Spread Spectrum wireless applications where a non-standard interface is needed. Reverse Polarity/Reverse Gender connectors satisfy FCC Regulation 15 by switching dielectrics and pins/contacts between genders. For example, a Reverse Gender Male consists of a male body, however, the dielectric and contact are female. Reverse Polarity connectors and adapters will not mate with standard coaxial connectors. ";
TempConnectorInfo = TempConnectorInfo + "
[Reverse Polarity Adapters | Reverse Polarity Connectors]";
}
if (SelectedValue == "SMB Male"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/SMB-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/SMB-Male-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[SMB Cables | SMB Connectors] ";
TempConnectorInfo = TempConnectorInfo + "SMB (SubMiniature version B) connectors are coaxial RF connectors developed in the 1960s. This version is smaller than SMA connectors. They feature a snap-on coupling and are available either in 50 Ohm or 75 Ohm impedances. They offer excellent electrical performance from DC to 4 GHz. SMB connector pins are reversed from their genders. Male Plug Connectors use a female pin inside while Female Jack Connectors use a male pin inside.";
}
if (SelectedValue == "SMB Right Angle Male"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/SMB-Right-Angle-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/SMB-Right-Angle-Male-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[SMB Cables | SMB Connectors] ";
TempConnectorInfo = TempConnectorInfo + "SMB (SubMiniature version B) connectors are coaxial RF connectors developed in the 1960s. This version is smaller than SMA connectors. They feature a snap-on coupling and are available either in 50 Ohm or 75 Ohm impedances. They offer excellent electrical performance from DC to 4 GHz. SMB connector pins are reversed from their genders. Male Plug Connectors use a female pin inside while Female Jack Connectors use a male pin inside.";
}
if (SelectedValue == "SMB Female"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/SMB-Female-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/SMB-Female-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[SMB Cables | SMB Connectors] ";
TempConnectorInfo = TempConnectorInfo + "SMB (SubMiniature version B) connectors are coaxial RF connectors developed in the 1960s. This version is smaller than SMA connectors. They feature a snap-on coupling and are available either in 50 Ohm or 75 Ohm impedances. They offer excellent electrical performance from DC to 4 GHz. SMB connector pins are reversed from their genders. Male Plug Connectors use a female pin inside while Female Jack Connectors use a male pin inside.";
}
if (SelectedValue == "SMC Male"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/SMC-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/SMC-Male-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[SMC Cables | SMC Connectors] ";
TempConnectorInfo = TempConnectorInfo + "SMC (SubMiniature version C) connectors are coaxial RF connectors developed in the 1960s. They use a #10-32 UNF threaded interface (screw type) and are available in 50 Ohm or 75 Ohm impedances. They offer excellent electrical performance from DC to 10 GHz.";
}
if (SelectedValue == "SMC Female"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/SMC-Female-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/SMC-Female-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[SMC Cables | SMC Connectors] ";
TempConnectorInfo = TempConnectorInfo + "SMC (SubMiniature version C) connectors are coaxial RF connectors developed in the 1960s. They use a #10-32 UNF threaded interface (screw type) and are available in 50 Ohm or 75 Ohm impedances. They offer excellent electrical performance from DC to 10 GHz.";
}
if (SelectedValue == "SMZ Male"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/SMZ-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/SMZ-Male-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[SMZ Cables | SMZ Connectors] ";
TempConnectorInfo = TempConnectorInfo + "System 43 (BT43 and High Density HD43) for use in DDF - Digital Distribution Frame.
";
}
if (SelectedValue.indexOf("TNC Male") >= 0){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/TNC-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/TNC-Male-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[TNC Adapters | TNC Cables | TNC Connectors] ";
TempConnectorInfo = TempConnectorInfo + "The TNC (Threaded Neill-Concelman) connector is a threaded version of the BNC connector. The connector has a 50 Ohm impedance and operates best in the 0-11 GHz frequency spectrum. It has better performance than the BNC connector at microwave frequencies.";
}
if (SelectedValue.indexOf("TNC Right Angle Male") >= 0){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/TNC-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/TNC-Male-Right-Angle-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[TNC Adapters | TNC Cables | TNC Connectors] ";
TempConnectorInfo = TempConnectorInfo + "The TNC (Threaded Neill-Concelman) connector is a threaded version of the BNC connector. The connector has a 50 Ohm impedance and operates best in the 0-11 GHz frequency spectrum. It has better performance than the BNC connector at microwave frequencies.";
}
if (SelectedValue.indexOf("TNC Female") >= 0){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/TNC-Female-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/TNC-Female-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[TNC Adapters | TNC Cables | TNC Connectors] ";
TempConnectorInfo = TempConnectorInfo + "The TNC (Threaded Neill-Concelman) connector is a threaded version of the BNC connector. The connector has a 50 Ohm impedance and operates best in the 0-11 GHz frequency spectrum. It has better performance than the BNC connector at microwave frequencies.";
}
if (SelectedValue.indexOf("TNC Male Reverse Polarity") >= 0){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/TNC-Male-Reverse-Polarity-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/TNC-Male-Reverse-Polarity-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + " TNC Male Connector with Female Pin. Reverse Polarity connectors are designed for use in Spread Spectrum wireless applications where a non-standard interface is needed. Reverse Polarity/Reverse Gender connectors satisfy FCC Regulation 15 by switching dielectrics and pins/contacts between genders. For example, a Reverse Gender Male consists of a male body, however, the dielectric and contact are female. Reverse Polarity connectors and adapters will not mate with standard coaxial connectors. ";
TempConnectorInfo = TempConnectorInfo + "
[Reverse Polarity Adapters | Reverse Polarity Connectors]";
}
if (SelectedValue.indexOf("TNC Female Reverse Polarity") >= 0){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/TNC-Female-Reverse-Polarity-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/TNC-Female-Reverse-Polarity-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + " TNC Female Connector with Male Pin. Reverse Polarity connectors are designed for use in Spread Spectrum wireless applications where a non-standard interface is needed. Reverse Polarity/Reverse Gender connectors satisfy FCC Regulation 15 by switching dielectrics and pins/contacts between genders. For example, a Reverse Gender Male consists of a male body, however, the dielectric and contact are female. Reverse Polarity connectors and adapters will not mate with standard coaxial connectors. ";
TempConnectorInfo = TempConnectorInfo + "
[Reverse Polarity Adapters | Reverse Polarity Connectors]";
}
if (SelectedValue == "UHF Male"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/UHF-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/UHF-Male-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[UHF Adapters | UHF Cables | UHF Connectors] ";
TempConnectorInfo = TempConnectorInfo + "The UHF connector, also called the Amphenol coaxial connector, is a World War II threaded RF connector design, from an era when UHF referred to frequencies over 300 MHz. Originally intended for use as a video connector in RADAR applications, it was later used for RF applications. This connector was developed on basis of a shielded banana plug. UHF connectors are generally usable through what is now known as the VHF and HF frequencies and can handle RF power levels over one kilowatt. Despite the name it is rarely used for actual UHF frequencies as they don't work well above 300 MHz.";
}
if (SelectedValue == "2.5mm Mono Male"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/2-5mm-Mono-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/2-5mm-Mono-Male-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[TS Cables | TS Connectors] ";
TempConnectorInfo = TempConnectorInfo + "A TS connector (tip, sleeve) also called an audio jack, phone plug, jack plug, stereo plug, mini-jack, mini-stereo, or headphone jack, is a common analog audio connector. 2.5 mm plugs are used on communication equipment such as cordless phones, mobile phones, and two-way radios.";
}
if (SelectedValue == "3.5mm Mono Male"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/3-5mm-Mono-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/3-5mm-Mono-Male-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[TS Cables | TS Connectors] ";
TempConnectorInfo = TempConnectorInfo + "A TS connector (tip, sleeve) also called an audio jack, phone plug, jack plug, stereo plug, mini-jack, mini-stereo, or headphone jack, is a common analog audio connector. The 3.5 mm or miniature sizes were originally designed as two-conductor connectors for earpieces on transistor radios. 3.5 mm plugs are nearly universal for portable audio equipment, and is often used for computer audio cards.";
}
if (SelectedValue == "3.5mm Mono Female"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/3-5mm-Mono-Female-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/3-5mm-Mono-Female-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[TS Cables | TS Connectors] ";
TempConnectorInfo = TempConnectorInfo + "A TS connector (tip, sleeve) also called an audio jack, phone plug, jack plug, stereo plug, mini-jack, mini-stereo, or headphone jack, is a common analog audio connector. The 3.5 mm or miniature sizes were originally designed as two-conductor connectors for earpieces on transistor radios. 3.5 mm plugs are nearly universal for portable audio equipment, and is often used for computer audio cards.";
}
if (SelectedValue == "1/4 Inch Mono Male"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/1-4-Inch-Mono-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/1-4-Inch-Mono-Male-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[TS Cables | TS Connectors] ";
TempConnectorInfo = TempConnectorInfo + "A TS connector (tip, sleeve) also called an audio jack, phone plug, jack plug, stereo plug, mini-jack, mini-stereo, or headphone jack, is a common analog audio connector. 1/4 Inch connectors are often used with microphones, electric guitars, headphones, loudspeakers, and many other items of audio equipment.";
}
if (SelectedValue == "1/4 Inch Mono Female"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/1-4-Inch-Mono-Female-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/1-4-Inch-Mono-Female-Drawing-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[TS Cables | TS Connectors] ";
TempConnectorInfo = TempConnectorInfo + "A TS connector (tip, sleeve) also called an audio jack, phone plug, jack plug, stereo plug, mini-jack, mini-stereo, or headphone jack, is a common analog audio connector. 1/4 Inch connectors are often used with microphones, electric guitars, headphones, loudspeakers, and many other items of audio equipment.";
}
document.getElementById("Connector1-Info").innerHTML = TempConnectorInfo;
document['Connector1-Image'].src = ImageSource;
document['Connector1-Drawing'].src = TempConnectorDrawing;
if (ImageFound == false) {
document['Connector1-Image'].src = "http://www.pacificcable.com/images/blank.gif";
}
if (DrawingFound == false) {
document['Connector1-Drawing'].src = "http://www.pacificcable.com/images/blank.gif";
}
}
function Connector2(form){
document.getElementById("Connector2-Text").innerHTML = form.options[form.options.selectedIndex].value;
// Initalize
var ImageFound = false;
var DrawingFound = false;
var TempConnectorInfo;
var TempConnectorDrawing;
var SelectedValue = form.options[form.options.selectedIndex].value;
var ImageSource;
TempConnectorInfo = "Connector 2: " + SelectedValue + " - ";
if (SelectedValue.indexOf("BNC Male") >= 0){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/BNC-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/BNC-Male-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[BNC Adapters | BNC Cables | BNC Connectors] ";
TempConnectorInfo = TempConnectorInfo + "The BNC connector is used for RF signal connections, for analog and Serial Digital Interface video signals, amateur radio antenna connections, aviation electronics (avionics) and many other types of electronic test equipment.";
}
if (SelectedValue.indexOf("BNC Female") >= 0){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/BNC-Female-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/BNC-Female-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[BNC Adapters | BNC Cables | BNC Connectors] ";
TempConnectorInfo = TempConnectorInfo + "The BNC connector is used for RF signal connections, for analog and Serial Digital Interface video signals, amateur radio antenna connections, aviation electronics (avionics) and many other types of electronic test equipment.";
}
if (SelectedValue.indexOf("BNC Male Reverse Polarity") >= 0){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/BNC-Male-Reverse-Polarity-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/BNC-Male-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + " BNC Male Connector with Female Pin. Reverse Polarity connectors are designed for use in Spread Spectrum wireless applications where a non-standard interface is needed. Reverse Polarity/Reverse Gender connectors satisfy FCC Regulation 15 by switching dielectrics and pins/contacts between genders. For example, a Reverse Gender Male consists of a male body, however, the dielectric and contact are female. Reverse Polarity connectors and adapters will not mate with standard coaxial connectors. ";
TempConnectorInfo = TempConnectorInfo + "
[Reverse Polarity Adapters | Reverse Polarity Connectors]";
}
if (SelectedValue.indexOf("BNC Female Reverse Polarity") >= 0){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/BNC-Female-Reverse-Polarity-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/BNC-Female-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + " BNC Female Connector with Male Pin. Reverse Polarity connectors are designed for use in Spread Spectrum wireless applications where a non-standard interface is needed. Reverse Polarity/Reverse Gender connectors satisfy FCC Regulation 15 by switching dielectrics and pins/contacts between genders. For example, a Reverse Gender Male consists of a male body, however, the dielectric and contact are female. Reverse Polarity connectors and adapters will not mate with standard coaxial connectors. ";
TempConnectorInfo = TempConnectorInfo + "
[Reverse Polarity Adapters | Reverse Polarity Connectors]";
}
if (SelectedValue == "F Male"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/F-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/F-Male-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[F Adapters | F Cables | F Connectors] ";
TempConnectorInfo = TempConnectorInfo + "The F connector is a common means of connecting television signals. It is a type of coaxial RF connector commonly used for 'over the air' terrestrial television, cable television and universally for satellite television and cable modems, usually with RG-6/U cable or, in older installations, with RG-59/U cable.";
}
if (SelectedValue == "FME Male"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/FME-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/FME-Male-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[FME Adapters | FME Cables | FME Connectors] ";
TempConnectorInfo = TempConnectorInfo + "FME (For Mobile Equipment)is a miniature 50Ohm RF connector series offering excellent performance from DC to 2.0 GHz used with primarily with RG-58 or equivalent coaxial cables employed in mobile applications and installations. The FME female is designed to allow cables it has been installed on to be snaked through the often tight access holes or spaces of a vehicle to the desired equipment location(s) where an FME male adapter to the required equipment connector series is fitted to the female cable connector. There is an extensive array of FME inter-series adapters available and a male cable connector is also offered for both RG-58 and RG-174 type cables to facilitate extensions, splices or transitions.";
}
if (SelectedValue == "FME Female"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/FME-Female-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/FME-Female-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[FME Adapters | FME Cables | FME Connectors] ";
TempConnectorInfo = TempConnectorInfo + "FME (For Mobile Equipment)is a miniature 50Ohm RF connector series offering excellent performance from DC to 2.0 GHz used with primarily with RG-58 or equivalent coaxial cables employed in mobile applications and installations. The FME female is designed to allow cables it has been installed on to be snaked through the often tight access holes or spaces of a vehicle to the desired equipment location(s) where an FME male adapter to the required equipment connector series is fitted to the female cable connector. There is an extensive array of FME inter-series adapters available and a male cable connector is also offered for both RG-58 and RG-174 type cables to facilitate extensions, splices or transitions.";
}
if (SelectedValue == "MCX Male"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/MCX-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/MCX-Male-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[MCX Cables | MCX Connectors] ";
TempConnectorInfo = TempConnectorInfo + "MCX (micro coaxial) connectors are coaxial RF connectors developed in the 1980s. They have the same inner contact and insulator dimensions as the SMB connector but are 30% smaller. MCX is standardized in European CECC 22220. They use a snap-on interface and usually have a 50 Ohm impedance. They offer broadband capability from DC to 6 GHz.";
}
if (SelectedValue == "MCX Female"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/MCX-Female-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/MCX-Female-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[MCX Cables | MCX Connectors] ";
TempConnectorInfo = TempConnectorInfo + "MCX (micro coaxial) connectors are coaxial RF connectors developed in the 1980s. They have the same inner contact and insulator dimensions as the SMB connector but are 30% smaller. MCX is standardized in European CECC 22220. They use a snap-on interface and usually have a 50 Ohm impedance. They offer broadband capability from DC to 6 GHz.";
}
if (SelectedValue == "Mini UHF Male"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/Mini-UHF-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/Mini-UHF-Male-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[Mini UHF Adapters | Mini UHF Cables | Mini UHF Connectors] ";
TempConnectorInfo = TempConnectorInfo + "Mini-UHF connectors are miniaturized versions of UHF connectors, designed primarily for use in mobile phones and similar applications where size is an important consideration. Introduced in the 1970's, Mini-UHF has a 3/8-24 thread size and operates up to 2.5 GHz.";
}
if (SelectedValue == "Mini UHF Female"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/Mini-UHF-Female-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/Mini-UHF-Female-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[Mini UHF Adapters | Mini UHF Cables | Mini UHF Connectors] ";
TempConnectorInfo = TempConnectorInfo + "Mini-UHF connectors are miniaturized versions of UHF connectors, designed primarily for use in mobile phones and similar applications where size is an important consideration. Introduced in the 1970's, Mini-UHF has a 3/8-24 thread size and operates up to 2.5 GHz.";
}
if (SelectedValue == "MMCX Male"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/MMCX-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/MMCX-Male-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[MMCX Adapters | MMCX Cables | MMCX Connectors] ";
TempConnectorInfo = TempConnectorInfo + "MMCX (micro-miniature coaxial) connectors are coaxial RF connectors developed in the 1990s. They are similar to MCX, but smaller. MMCX connectors conform to the European CECC 22 000 specification. MMCX is a micro-miniature connector with a lock-snap mechanism allowing for 360 degrees rotation and usually has a 50 Ohm impedance. It offers broadband capability from DC to 6 GHz. They are most commonly seen on Wi-Fi PCMCIA cards as antenna connectors or as connectors for external GPS antennas on small devices like PDAs or GPS receivers.";
}
if (SelectedValue == "MMCX Right Angle Male"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/MMCX-Right-Angle-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/MMCX-Right-Angle-Male-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[MMCX Adapters | MMCX Cables | MMCX Connectors] ";
TempConnectorInfo = TempConnectorInfo + "MMCX (micro-miniature coaxial) connectors are coaxial RF connectors developed in the 1990s. They are similar to MCX, but smaller. MMCX connectors conform to the European CECC 22 000 specification. MMCX is a micro-miniature connector with a lock-snap mechanism allowing for 360 degrees rotation and usually has a 50 Ohm impedance. It offers broadband capability from DC to 6 GHz. They are most commonly seen on Wi-Fi PCMCIA cards as antenna connectors or as connectors for external GPS antennas on small devices like PDAs or GPS receivers.";
}
if (SelectedValue == "MMCX Female"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/MMCX-Female-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/MMCX-Female-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[MMCX Adapters | MMCX Cables | MMCX Connectors] ";
TempConnectorInfo = TempConnectorInfo + "MMCX (micro-miniature coaxial) connectors are coaxial RF connectors developed in the 1990s. They are similar to MCX, but smaller. MMCX connectors conform to the European CECC 22 000 specification. MMCX is a micro-miniature connector with a lock-snap mechanism allowing for 360 degrees rotation and usually has a 50 Ohm impedance. It offers broadband capability from DC to 6 GHz. They are most commonly seen on Wi-Fi PCMCIA cards as antenna connectors or as connectors for external GPS antennas on small devices like PDAs or GPS receivers.";
}
if (SelectedValue.indexOf("N Male") >= 0){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/N-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/N-Male-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[N Adapters | N Cables | N Connectors] ";
TempConnectorInfo = TempConnectorInfo + "The N connector (in full, Type N connector) is a threaded RF connector used to join coaxial cables. It was one of the first connectors capable of carrying microwave-frequency signals, and was invented in the 1940s. The N connector follows the MIL-C-39012 standard, defined by the US military, and comes in 50 and 75 ohm versions. The 50 ohm version is widely used in the infrastructure of land mobile, wireless data, paging and cellular systems. The 75 ohm version is primarily used in the infrastructure of cable television systems.";
}
if (SelectedValue.indexOf("N Female") >= 0){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/N-Female-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/N-Female-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[N Adapters | N Cables | N Connectors] ";
TempConnectorInfo = TempConnectorInfo + "The N connector (in full, Type N connector) is a threaded RF connector used to join coaxial cables. It was one of the first connectors capable of carrying microwave-frequency signals, and was invented in the 1940s. The N connector follows the MIL-C-39012 standard, defined by the US military, and comes in 50 and 75 ohm versions. The 50 ohm version is widely used in the infrastructure of land mobile, wireless data, paging and cellular systems. The 75 ohm version is primarily used in the infrastructure of cable television systems.";
}
if (SelectedValue.indexOf("N Male Reverse Polarity") >= 0){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/N-Male-Reverse-Polarity-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/N-Male-Reverse-Polarity-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + " N Male Connector with Female Pin. Reverse Polarity connectors are designed for use in Spread Spectrum wireless applications where a non-standard interface is needed. Reverse Polarity/Reverse Gender connectors satisfy FCC Regulation 15 by switching dielectrics and pins/contacts between genders. For example, a Reverse Gender Male consists of a male body, however, the dielectric and contact are female. Reverse Polarity connectors and adapters will not mate with standard coaxial connectors. ";
TempConnectorInfo = TempConnectorInfo + "
[Reverse Polarity Adapters | Reverse Polarity Connectors]";
}
if (SelectedValue.indexOf("N Female Reverse Polarity") >= 0){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/N-Female-Reverse-Polarity-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/N-Female-Reverse-Polarity-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + " N Female Connector with Male Pin. Reverse Polarity connectors are designed for use in Spread Spectrum wireless applications where a non-standard interface is needed. Reverse Polarity/Reverse Gender connectors satisfy FCC Regulation 15 by switching dielectrics and pins/contacts between genders. For example, a Reverse Gender Male consists of a male body, however, the dielectric and contact are female. Reverse Polarity connectors and adapters will not mate with standard coaxial connectors. ";
TempConnectorInfo = TempConnectorInfo + "
[Reverse Polarity Adapters | Reverse Polarity Connectors]";
}
if (SelectedValue == "RCA Male"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/RCA-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/RCA-Male-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[RCA Adapters | RCA Cables | RCA Connectors] ";
TempConnectorInfo = TempConnectorInfo + "An RCA connector, sometimes called a phono connector or cinch connector, is a type of electrical connector commonly used to carry audio and video signals. As with many other connectors, the RCA has been adopted for other uses than originally intended, including as a power connector, an RF connector, and as a connector for loudspeaker cables. Its use as a connector for composite video signals is extremely common. RCA connectors and cable are also commonly used to carry S/PDIF-formatted digital audio, with plugs colored orange to differentiate them from other typical connections.";
}
if (SelectedValue == "RCA Female"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/RCA-Female-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/RCA-Female-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[RCA Adapters | RCA Cables | RCA Connectors] ";
TempConnectorInfo = TempConnectorInfo + "An RCA connector, sometimes called a phono connector or cinch connector, is a type of electrical connector commonly used to carry audio and video signals. As with many other connectors, the RCA has been adopted for other uses than originally intended, including as a power connector, an RF connector, and as a connector for loudspeaker cables. Its use as a connector for composite video signals is extremely common. RCA connectors and cable are also commonly used to carry S/PDIF-formatted digital audio, with plugs colored orange to differentiate them from other typical connections.";
}
if (SelectedValue.indexOf("SMA Male") >= 0){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/SMA-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/SMA-Male-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[SMA Adapters | SMA Cables | SMA Connectors] ";
TempConnectorInfo = TempConnectorInfo + "SMA (SubMiniature version A) connectors are coaxial RF connectors developed in the 1960s as a minimal connector interface for coaxial cable with a screw type coupling mechanism. The connector has a 50 Ohm impedance. It offers excellent electrical performance from DC to 18 GHz.";
}
if (SelectedValue == "SMA Right Angle Male"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/SMA-Right-Angle-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/SMA-Right-Angle-Male-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[SMA Adapters | SMA Cables | SMA Connectors] ";
TempConnectorInfo = TempConnectorInfo + "SMA (SubMiniature version A) connectors are coaxial RF connectors developed in the 1960s as a minimal connector interface for coaxial cable with a screw type coupling mechanism. The connector has a 50 Ohm impedance. It offers excellent electrical performance from DC to 18 GHz.";
}
if (SelectedValue.indexOf("SMA Female") >= 0){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/SMA-Female-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/SMA-Female-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[SMA Adapters | SMA Cables | SMA Connectors] ";
TempConnectorInfo = TempConnectorInfo + "SMA (SubMiniature version A) connectors are coaxial RF connectors developed in the 1960s as a minimal connector interface for coaxial cable with a screw type coupling mechanism. The connector has a 50 Ohm impedance. It offers excellent electrical performance from DC to 18 GHz.";
}
if (SelectedValue.indexOf("SMA Male Reverse Polarity") >= 0){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/SMA-Male-Reverse-Polarity-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/SMA-Male-Reverse-Polarity-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + " SMA Male Connector with Female Pin. Reverse Polarity connectors are designed for use in Spread Spectrum wireless applications where a non-standard interface is needed. Reverse Polarity/Reverse Gender connectors satisfy FCC Regulation 15 by switching dielectrics and pins/contacts between genders. For example, a Reverse Gender Male consists of a male body, however, the dielectric and contact are female. Reverse Polarity connectors and adapters will not mate with standard coaxial connectors. ";
TempConnectorInfo = TempConnectorInfo + "
[Reverse Polarity Adapters | Reverse Polarity Connectors]";
}
if (SelectedValue.indexOf("SMA Female Reverse Polarity") >= 0){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/SMA-Female-Reverse-Polarity-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/SMA-Female-Reverse-Polarity-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + " SMA Female Connector with Male Pin. Reverse Polarity connectors are designed for use in Spread Spectrum wireless applications where a non-standard interface is needed. Reverse Polarity/Reverse Gender connectors satisfy FCC Regulation 15 by switching dielectrics and pins/contacts between genders. For example, a Reverse Gender Male consists of a male body, however, the dielectric and contact are female. Reverse Polarity connectors and adapters will not mate with standard coaxial connectors. ";
TempConnectorInfo = TempConnectorInfo + "
[Reverse Polarity Adapters | Reverse Polarity Connectors]";
}
if (SelectedValue == "SMB Male"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/SMB-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/SMB-Male-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[SMB Cables | SMB Connectors] ";
TempConnectorInfo = TempConnectorInfo + "SMB (SubMiniature version B) connectors are coaxial RF connectors developed in the 1960s. This version is smaller than SMA connectors. They feature a snap-on coupling and are available either in 50 Ohm or 75 Ohm impedances. They offer excellent electrical performance from DC to 4 GHz.";
}
if (SelectedValue == "SMB Right Angle Male"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/SMB-Right-Angle-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/SMB-Right-Angle-Male-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[SMB Cables | SMB Connectors] ";
TempConnectorInfo = TempConnectorInfo + "SMB (SubMiniature version B) connectors are coaxial RF connectors developed in the 1960s. This version is smaller than SMA connectors. They feature a snap-on coupling and are available either in 50 Ohm or 75 Ohm impedances. They offer excellent electrical performance from DC to 4 GHz.";
}
if (SelectedValue == "SMB Female"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/SMB-Female-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/SMB-Female-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[SMB Cables | SMB Connectors] ";
TempConnectorInfo = TempConnectorInfo + "SMB (SubMiniature version B) connectors are coaxial RF connectors developed in the 1960s. This version is smaller than SMA connectors. They feature a snap-on coupling and are available either in 50 Ohm or 75 Ohm impedances. They offer excellent electrical performance from DC to 4 GHz.";
}
if (SelectedValue == "SMC Male"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/SMC-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/SMC-Male-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[SMC Cables | SMC Connectors] ";
TempConnectorInfo = TempConnectorInfo + "SMC (SubMiniature version C) connectors are coaxial RF connectors developed in the 1960s. They use a #10-32 UNF threaded interface (screw type) and are available in 50 Ohm or 75 Ohm impedances. They offer excellent electrical performance from DC to 10 GHz.";
}
if (SelectedValue == "SMC Female"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/SMC-Female-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/SMC-Female-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[SMC Cables | SMC Connectors] ";
TempConnectorInfo = TempConnectorInfo + "SMC (SubMiniature version C) connectors are coaxial RF connectors developed in the 1960s. They use a #10-32 UNF threaded interface (screw type) and are available in 50 Ohm or 75 Ohm impedances. They offer excellent electrical performance from DC to 10 GHz.";
}
if (SelectedValue == "SMZ Male"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/SMZ-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/SMZ-Male-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[SMZ Cables | SMZ Connectors] ";
TempConnectorInfo = TempConnectorInfo + "System 43 (BT43 and High Density HD43) for use in DDF - Digital Distribution Frame.
";
}
if (SelectedValue.indexOf("TNC Male") >= 0){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/TNC-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/TNC-Male-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[TNC Adapters | TNC Cables | TNC Connectors] ";
TempConnectorInfo = TempConnectorInfo + "The TNC (Threaded Neill-Concelman) connector is a threaded version of the BNC connector. The connector has a 50 Ohm impedance and operates best in the 0-11 GHz frequency spectrum. It has better performance than the BNC connector at microwave frequencies.";
}
if (SelectedValue.indexOf("TNC Right Angle Male") >= 0){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/TNC-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/TNC-Male-Right-Angle-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[TNC Adapters | TNC Cables | TNC Connectors] ";
TempConnectorInfo = TempConnectorInfo + "The TNC (Threaded Neill-Concelman) connector is a threaded version of the BNC connector. The connector has a 50 Ohm impedance and operates best in the 0-11 GHz frequency spectrum. It has better performance than the BNC connector at microwave frequencies.";
}
if (SelectedValue.indexOf("TNC Female") >= 0){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/TNC-Female-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/TNC-Female-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[TNC Adapters | TNC Cables | TNC Connectors] ";
TempConnectorInfo = TempConnectorInfo + "The TNC (Threaded Neill-Concelman) connector is a threaded version of the BNC connector. The connector has a 50 Ohm impedance and operates best in the 0-11 GHz frequency spectrum. It has better performance than the BNC connector at microwave frequencies.";
}
if (SelectedValue.indexOf("TNC Male Reverse Polarity") >= 0){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/TNC-Male-Reverse-Polarity-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/TNC-Male-Reverse-Polarity-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + " TNC Male Connector with Female Pin. Reverse Polarity connectors are designed for use in Spread Spectrum wireless applications where a non-standard interface is needed. Reverse Polarity/Reverse Gender connectors satisfy FCC Regulation 15 by switching dielectrics and pins/contacts between genders. For example, a Reverse Gender Male consists of a male body, however, the dielectric and contact are female. Reverse Polarity connectors and adapters will not mate with standard coaxial connectors. ";
TempConnectorInfo = TempConnectorInfo + "
[Reverse Polarity Adapters | Reverse Polarity Connectors]";
}
if (SelectedValue.indexOf("TNC Female Reverse Polarity") >= 0){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/TNC-Female-Reverse-Polarity-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/TNC-Female-Reverse-Polarity-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + " TNC Female Connector with Male Pin. Reverse Polarity connectors are designed for use in Spread Spectrum wireless applications where a non-standard interface is needed. Reverse Polarity/Reverse Gender connectors satisfy FCC Regulation 15 by switching dielectrics and pins/contacts between genders. For example, a Reverse Gender Male consists of a male body, however, the dielectric and contact are female. Reverse Polarity connectors and adapters will not mate with standard coaxial connectors. ";
TempConnectorInfo = TempConnectorInfo + "
[Reverse Polarity Adapters | Reverse Polarity Connectors]";
}
if (SelectedValue == "UHF Male"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/UHF-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/UHF-Male-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[UHF Adapters | UHF Cables | UHF Connectors] ";
TempConnectorInfo = TempConnectorInfo + "The UHF connector, also called the Amphenol coaxial connector, is a World War II threaded RF connector design, from an era when UHF referred to frequencies over 300 MHz. Originally intended for use as a video connector in RADAR applications, it was later used for RF applications. This connector was developed on basis of a shielded banana plug. UHF connectors are generally usable through what is now known as the VHF and HF frequencies and can handle RF power levels over one kilowatt. Despite the name it is rarely used for actual UHF frequencies as they don't work well above 300 MHz.";
}
if (SelectedValue == "2.5mm Mono Male"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/2-5mm-Mono-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/2-5mm-Mono-Male-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[TS Cables | TS Connectors] ";
TempConnectorInfo = TempConnectorInfo + "A TS connector (tip, sleeve) also called an audio jack, phone plug, jack plug, stereo plug, mini-jack, mini-stereo, or headphone jack, is a common analog audio connector. 2.5 mm plugs are used on communication equipment such as cordless phones, mobile phones, and two-way radios.";
}
if (SelectedValue == "3.5mm Mono Male"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/3-5mm-Mono-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/3-5mm-Mono-Male-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[TS Cables | TS Connectors] ";
TempConnectorInfo = TempConnectorInfo + "A TS connector (tip, sleeve) also called an audio jack, phone plug, jack plug, stereo plug, mini-jack, mini-stereo, or headphone jack, is a common analog audio connector. The 3.5 mm or miniature sizes were originally designed as two-conductor connectors for earpieces on transistor radios. 3.5 mm plugs are nearly universal for portable audio equipment, and is often used for computer audio cards.";
}
if (SelectedValue == "3.5mm Mono Female"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/3-5mm-Mono-Female-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/3-5mm-Mono-Female-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[TS Cables | TS Connectors] ";
TempConnectorInfo = TempConnectorInfo + "A TS connector (tip, sleeve) also called an audio jack, phone plug, jack plug, stereo plug, mini-jack, mini-stereo, or headphone jack, is a common analog audio connector. The 3.5 mm or miniature sizes were originally designed as two-conductor connectors for earpieces on transistor radios. 3.5 mm plugs are nearly universal for portable audio equipment, and is often used for computer audio cards.";
}
if (SelectedValue == "1/4 Inch Mono Male"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/1-4-Inch-Mono-Male-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/1-4-Inch-Mono-Male-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[TS Cables | TS Connectors] ";
TempConnectorInfo = TempConnectorInfo + "A TS connector (tip, sleeve) also called an audio jack, phone plug, jack plug, stereo plug, mini-jack, mini-stereo, or headphone jack, is a common analog audio connector. 1/4 Inch connectors are often used with microphones, electric guitars, headphones, loudspeakers, and many other items of audio equipment.";
}
if (SelectedValue == "1/4 Inch Mono Female"){
ImageFound = true;
ImageSource = "http://www.pacificcable.com/photos/1-4-Inch-Mono-Female-Connector-Custom.jpg";
DrawingFound = true;
TempConnectorDrawing = "http://www.pacificcable.com/photos/1-4-Inch-Mono-Female-Drawing-2-Custom.jpg";
TempConnectorInfo = TempConnectorInfo + "[TS Cables | TS Connectors] ";
TempConnectorInfo = TempConnectorInfo + "A TS connector (tip, sleeve) also called an audio jack, phone plug, jack plug, stereo plug, mini-jack, mini-stereo, or headphone jack, is a common analog audio connector. 1/4 Inch connectors are often used with microphones, electric guitars, headphones, loudspeakers, and many other items of audio equipment.";
}
document.getElementById("Connector2-Info").innerHTML = TempConnectorInfo;
document['Connector2-Image'].src = ImageSource;
document['Connector2-Drawing'].src = TempConnectorDrawing;
if (ImageFound == false) {
document['Connector2-Image'].src = "http://www.pacificcable.com/images/blank.gif";
}
if (DrawingFound == false) {
document['Connector2-Drawing'].src = "http://www.pacificcable.com/images/blank.gif";
}
}
function InitCustomCableDropdownBoxes(){
// *************
var lists = new Array();
// First set of Wire text and values
lists['Wire1'] = new Array();
lists['Wire1'][0] = new Array(
'Select Connector 1 First'
);
lists['Wire1'][1] = new Array(
''
);
// First set of Connector 2 text and values
lists['Connector1'] = new Array();
lists['Connector1'][0] = new Array(
'Select Connector 1 First'
);
lists['Connector1'][1] = new Array(
''
);
changeList();
// This function performs a drop down list option change by first
// emptying the existing option list and then assigning a new set
function changeList() {
list = lists['Wire1'];
// Next empty the slave list
emptyList( document.addtocart.Wire_Type );
// Then assign the new list values
fillList( document.addtocart.Wire_Type, list );
list = lists['Connector1'];
// Next empty the slave list
emptyList( document.addtocart.Connector_2 );
// Then assign the new list values
fillList( document.addtocart.Connector_2, list );
}
// This function goes through the options for the given
// drop down box and removes them in preparation for
// a new set of values
function emptyList( box ) {
// Set each option to null thus removing it
while ( box.options.length ) box.options[0] = null;
}
// This function assigns new drop down options to the given
// drop down box from the list of lists specified
function fillList( box, arr ) {
// arr[0] holds the display text
// arr[1] are the values
for ( i = 0; i < arr[0].length; i++ ) {
// Create a new drop down option with the
// display text and value from arr
option = new Option( arr[0][i], arr[1][i] );
// Add to the end of the existing options
box.options[box.length] = option;
}
// Preselect option 0
box.selectedIndex=0;
}
// *******************
}
// This function is verify that the customer is ordering the
// minimal amount of product. Created by: James Anderson (04/28/2011)
function MinimumOrder(form, minimum)
{
var num1 = form.quantity.value;
if(num1 < minimum)
{
form.quantity.value = minimum;
}
}