// check browser type (used to hide/show layers)
var ns4 = (document.layers)? true:false;
var ie4 = (document.all)? true:false;

// Main page popup text information
var popup_text=new Array()

// Products hover text
popup_text[0]="<b>:: View product line</b><hr size=1>braids, cables and strands, coaxial cables, coiled cords, conductor materials,extruded insulation, flexible interconnect cables, litz wire, low noise cables, medical products, multiconductor cables, superconductor cables"
popup_text[1]="<b>:: Applications</b><hr size=1>medical electronics, telecommunications, information technology, robotics, industrial, magnetics, audio and much more..."
popup_text[2]="<b>:: Capabilities of products</b><hr size=1>development assistance, color matching, testing, ISO9002/QS9000 registered, conductor materials, extruded insulations, toll orders"
popup_text[3]="<b>:: About Us</b><hr size=1>New England Wire Technologies was founded in 1898 in response to the birth of the  telecommunication age....."
popup_text[4]="<b>:: News</b><hr size=1>NEWtuf&reg - Reinforced Silicone rubber jacketed cables, NEWtral&reg - Low Noise Cable, NEWind&reg - Specialty Transformer Winding Wire, NEEWC Plant Expansion"
popup_text[5]="<b>:: Site Map</b><hr size=1>Click to view an organized map of our entire site."

// Products menu text and image information
popup_text[6]="<b>:: Coaxial Cables</b><hr size=1><br>Specialty coaxial cables can be manufactured in a range of sizes from miniature 42AWG PFA insulated (.33mm O.D.) to 8AWG low-loss with expanded PTFE tape dielectric."
popup_text[7]="<b>:: Superconductor Cables</b><hr size=1><br>Design and specialty production capability for superconducting applications has positioned New England Wire Technologies as a world leader in the manufacturing of critical tolerance cables for scientific applications."

// New Product descriptions added 11.08.02
popup_text[14]="<b>:: Appliance Wiring Material (AWM)</b><hr size=1>Single conductors and multi conductor cables are manufactured to meet the most stringent requirements of todayxs electrical and electronic industry. Click here to see what AWM styles we have available in single and multi-conductor configurations."
popup_text[15]="<b>:: Audio Cables</b><hr size=1>OFHC copper, pure silver magnet wire, custom color matches. New England Wire Technologies has the capabilities to design and manufacture custom audio cables to meet your specifications. Eliminating electromagnetic distortion and dielectric losses are but a few of the design issues our engineers have experience with."
popup_text[16]="<b>:: Braids</b><hr size=1>New England Wire Technologies is well known as a manufacturer of high-quality braided wire products. We produce braids for diverse applications such as ground strap, motor brush leads, circuit breaker shunts, flexible bus bar, RFI/EMI shielding, and shielding for mechanical protection of single or multiconductor cables."
popup_text[17]="<b>:: Cables & Strands</b><hr size=1>New England Wire Technologies produces a broad range of flexible cables and strands which are used primarily for manufacturing our specialty single- and multiconductor cables. These uninsulated products are sold for use as motor brush leads, circuit breaker shunts, and flexible bus bar."
popup_text[18]="<b>:: Coiled Cords</b><hr size=1>Durability and reliability are the two most important customer requirements in the manufacture of coiled cords. New England Wire Technologies subsidiary New England Interconnect Systems draws on its diverse manufacturing capabilities to develop unique products for specialty coiled cord applications."
popup_text[19]="<b>:: Conductor Materials & Extruded Insulation</b><hr size=1>Alloy material types from Bare Copper to  Various high-strength alloys.  Insulation from FEP to Polyurethane"
popup_text[20]="<b>:: Flexible Interconnect Cables</b><hr size=1>For power distribution applications which require maximum flexibility, New England Wire Technologies has conductors available in sizes up to 4/0 AWG. Flexible interconnects are most commonly supplied in UL and CSA recognized PVC insulated constructions, however these items can also be insulated with silicone rubbers, polyurethanes or TPEs."
popup_text[21]="<b>:: Litz Wire</b><hr size=1>Litz conductors are beneficial for reducing A.C. losses in high frequency windings. The first consideration in any Litz design is the operating frequency. The operating frequency not only influences the actual Litz construction, but is also used to determine the individual wire gauge."
popup_text[22]="<b>:: Low Noise Cables</b><hr size=1>A select range of advanced low noise cables has been developed here at New England Wire Technologies. In small-signal applications, noise-free transmission lines are necessary to maintain signal integrity. NEWtral&reg low noise technology reduces the effects of triboelectrical generated noise to microvolts, exceeding the AAMI standard."
popup_text[23]="<b>:: Multiconductor Cables</b><hr size=1>Our broad range of manufacturing capabilities and wide selection of conductor and insulation materials allow us to produce cables with characteristics such as extraflexibility, extended flexlife, miniaturization, high/low temperature performance and resistance to oils and corrosive chemicals."
popup_text[24]="<b>:: Reinforced Tubing</b><hr size=1>New England Catheter Corporation is a subsidiary of New England Wire Technologies, located within the company's 325,000 square foot facility in Lisbon, New Hampshire. New England Wire Technologies has been a manufacturer of custom wire and cable products for over 100 years."
// Added 25-30, changed other (25 to 30)
popup_text[25]="<b>:: NEWtral&reg;</b><hr size=1>New England Wire Technologies will create cables specifically designed to neutralize noise generated by mechanical shock and vibration to maximize signal quality in small-signal applications."
popup_text[26]="<b>:: NEWind&reg</b><hr size=1>NEWind&reg specialty tranformer winding wires to UL 1950 Annex U and VDE IEC 60950 are available in supplementary and reinforced constructions. These products are commonly used in power conversion and are desirable in any application requiring additional voltage withstand."
popup_text[27]="<b>:: NEWcel&reg;</b><hr size=1>A closed-cell foamed dielectric material specifically designed to reduce dielectric constant and dissipation factor yielding low-capacitance, low-loss, high V.O.P. ultraminiature coaxial, triaxial, twinaxial cables."
popup_text[28]="<b>:: NEWtuf&reg;</b><hr size=1>Does your product require high axial strength under extreme conditions such as autoclaving? Review the NEWtuf&reg; technical documentand see how these cables maintain a peak strength three times that of conventional Silicone Rubber jacketed cables."
popup_text[29]="<b>:: NE-F1&reg;</b><hr size=1>Electrical Insulation Systems are invaluable to motor and transformer designers as they eliminate the need for long term component testing. Combining the regulatory approvals of NE-F1 with the capabilities and experience of New England Wire Technologies at producing high-performance winding wire products allows us to provide unique solutions to meet design challenges associated with today&#8217;s winding needs."

popup_text[30]="<b>:: Others</b><hr size=1>New England Wire Technologies serves science and industry around the globe with specialty wire products unparalleled in design and application in disciplines as diverse as automotive, communications, computers, high energy physics, medical electronics, nuclear fusion research, public utilities, defense, and more."

// Applications menu text and image information
popup_text[8]="<b>:: Medical Electronics</b><hr size=1>The capability to provide custom designed wires and cables with various types of conductors and insulating materials allows NEEWC to supply to applications such as electro surgical, patient monitoring, ultrasound and surgical lasers."
popup_text[9]="<b>:: Telecom/Information Technology</b><hr size=1>Power distribution or signal transmission in very small places can be accomplished with custom designed wires and cables.  Whether ultra flex cables for power distribution in cabinets or miniaturized coax with low loss and super high velocity of propagation, NEEWC has the technology."
popup_text[10]="<b>:: Robotics/Industrial</b><hr size=1>Highly flexible and long flex life are but two of the requirements to meet the demanding applications of robotics and other industrial applications.  With Applications as diverse as semiconductor manufacturing equipment to carbon brush motors NEEWC has a cable designed to meet your needs."
popup_text[11]="<b>:: Magnetics</b><hr size=1>Our expertise in producing litz wire is unmatched for custom magnetic winding applications such as high freq inductors; induction heading; transformers, alternate energy motors and VLF communications equipment."
popup_text[12]="<b>:: Audio</b><hr size=1>High quality audio cables are designed to meet your needs....."
popup_text[13]="<b>:: Others</b><hr size=1>Click to view other applications"

popup_text[99]="<b>:: Others</b>"
///////////////////////////////////////////////
// fctShow
// Make layer visible
///////////////////////////////////////////////
function fctShow(id) 
{
        if (ns4)
        	 document.layers[id].visibility = "show"
        else if (ie4) 
        	document.all[id].style.visibility = "visible"
}

///////////////////////////////////////////////
// fctShowText
// id = layer name
// text = text to fill layer on mouseover
///////////////////////////////////////////////

function fctShowText(id,text) 
{
        if (ns4)
	{
        	var lyr = document.layers[id].document
		lyr.open()
        	lyr.write(text)
        	lyr.close()
  	}
        else if (ie4) document.all[id].innerHTML = text
}


///////////////////////////////////////////////
// fctHide
// Make layer hidden
///////////////////////////////////////////////
function fctHide(id) 
{
        if (ns4) document.layers[id].visibility = "hide"
        else if (ie4) document.all[id].style.visibility = "hidden"
}

////////////////////////////
// newImage
// imagePath = path of image to preload
////////////////////////////
function fctNewImage(imagePath) 
{
	if (document.images)
	{
		preloadImage = new Image();
		preloadImage.src = imagePath;
		return preloadImage;
	}
}

////////////////////////////
// fctPreloadImages
// call fctNewImage and preload necessary images
////////////////////////////
function fctPreloadImages()
{
	if(document.images)
	{
//		imgPreload = new Image();
//		imgPreload.src = "images/imageName.gif";
//		imgPreload1 = new Image();
//		imgPreload1.src = "images/imageName1.gif";

		// main menu navigation hovers
		imgPreload1 = fctNewImage('images/neewc_products_on.gif');
		imgPreload2 = fctNewImage('images/neewc_applications_on.gif');
		imgPreload3 = fctNewImage('images/neewc_capabilities_on.gif');
		imgPreload4 = fctNewImage('images/neewc_about_on.gif');
		imgPreload5 = fctNewImage('images/neewc_news_on.gif');
		imgPreload11 = fctNewImage('images/neewc_site_on.gif');
		
		// main ne logo images, change when hover on main menu
		imgPreload6 = fctNewImage('images/products_on.jpg');
		imgPreload7 = fctNewImage('images/applications_on.jpg');
		imgPreload8 = fctNewImage('images/cap_on.jpg');
		imgPreload9 = fctNewImage('images/about_on.jpg');
		imgPreload10 = fctNewImage('images/news_on.gif');
		imgPreload10 = fctNewImage('images/site_on.gif');

		// products menu hovers
		imgPreload11 = fctNewImage('images/coaxial_cables.gif');
		imgPreload12 = fctNewImage('images/superconductor_cables.gif');
	}
}

////////////////////////////
// fctChangeImage
// imageId = image name, id (tells what image to swap)
// imageSource = source image path
////////////////////////////
function fctChangeImage(imageId, imageSource)
{
 	if(document.images)
 	{
// alert("inside fctChangeImage, imageId = "+imageId+" imageSource = "+imageSource)
    		document.images[imageId].src = imageSource;
    	}
}


////////////////////////////
// fctopenwin
// open window
////////////////////////////
function fctopenwin(sURL){
	newwindow=open(sURL,"newwin","scrollbars=no, toolbar=no, directories=no, menu bar=no, resizable=yes, status=no, width=525, height=450");
}