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CHIPCELL CARBON
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//-------------------------------------------------------------------------------------------------- // ����젆�듃 諛뺤뒪 �샃�뀡媛� 異붽�� //-------------------------------------------------------------------------------------------------- function addOption(SelectBox, value1, value2) { var Obj = document.getElementsByName(SelectBox)[0].options; Obj[Obj.length] = new Option(value1, value2); } //-------------------------------------------------------------------------------------------------- // ����젆�듃 諛뺤뒪 �샃�뀡媛� �젣嫄� //-------------------------------------------------------------------------------------------------- function delOption(SelectBox) { var opts = document.getElementsByName(SelectBox)[0].options; for(var i= document.getElementsByName(SelectBox)[0].options.length-1; i > 0; i--) { document.getElementsByName(SelectBox)[0].options[i] = null; } } function delOptionAll(SelectBox) { var opts = document.getElementsByName(SelectBox)[0].options; for(var i= document.getElementsByName(SelectBox)[0].options.length; i >= 0; i--) { document.getElementsByName(SelectBox)[0].options[i] = null; } } //--------------------------------------------------------------------- // 諛깆뾽����엫怨꾩궛湲� //--------------------------------------------------------------------- function fncSeries(pdt_typ) { var querystring = "pdt_typ="+pdt_typ; RequestCommandPost("GetSeriesList", querystring); } function fncGetPartNo(val) { var querystring = "Series="+val; RequestCommandPost("GetPartNoList",querystring); } function fncBackupTime() { var frm = document.frmbackuptime; // var ampere = frm.unit.value; var bt_T = 0; var C = 0; var V = 0; var I = 0; var S = 0; if(frm.sr_typ.value == ""){ //alert("STARCAP Series瑜� 癒쇱�� �꽑�깮�븯�꽭�슂."); alert("Select the STARCAP Series first."); frm.sr_typ.focus(); return; } if(frm.pat_nb.value == ""){ //alert("STARCAP Part No瑜� �꽑�깮�븯�꽭�슂."); alert("Select STARCAP Part No."); frm.pat_nb.focus(); return; } if(frm.chg_v.value == ""){ //alert("Charge Voltage瑜� �엯�젰�븯�꽭�슂."); alert("Enter Charge Voltage."); frm.chg_v.focus(); return; } if(frm.st_v.value == ""){ //alert("Stop Voltage瑜� �엯�젰�븯�꽭�슂."); alert("Enter Stop Voltage."); frm.st_v.focus(); return; } if(frm.cur_a.value == ""){ //alert("Current Ampere瑜� �엯�젰�븯�꽭�슂."); alert("Enter Current Ampere."); frm.cur_a.focus(); return; } fncChkValue("chg_v"); fncChkValue("st_v"); fncChkValue("cur_a"); //C = frm.pat_nb.value.split("/")[0]; C = frm.Cap.value; V = frm.chg_v.value; S = frm.st_v.value; I = frm.cur_a.value; //I = frm.cur_a.value/ampere; //alert( C +"*"+ V +"/"+ I); bt_T = (C * (V-S))/I; // 諛깆뾽����엫 怨꾩궛�떇 //bt_T = ((C * (V-S))/I)/3600; //alert(DataTypSet(bt_T)); //alert(bt_T); //寃곌낵媛믪씠 60遺꾩쓣 �꽆�뒗寃쎌슦 XX�떆媛� xx遺� xx珥덈줈 �몴�떆 div_backupt_result.style.display = ""; bt_name.innerHTML = frm.pat_nb.options[frm.pat_nb.selectedIndex].text; bt_result.innerHTML = DataTypSet(bt_T); } function DataTypSet(val) { /* val = val + ""; var val2 = ""; if(val.split(".").length>1) { val2 = val.split(".")[1]+""; //val = val.split(".")[0] + "." +val2.substring(1,2); val = val.split(".")[0] + "�떆媛� " +val2.substring(1,2)+ "遺�"; //alert(val2.substring(1,2)); } */ /* var i = val / 60; i = i + ""; // 臾몄옄�뿴濡� 留뚮뱺�떎. var minute = i.split(".")[0]; var h = i / 60; h = h + ""; // 臾몄옄�뿴濡� 留뚮뱺�떎. var hour = h.split(".")[0]; var d = h / 24; d = d + ""; // 臾몄옄�뿴濡� 留뚮뱺�떎. var day = d.split(".")[0]; //var s = Math.floor(val*100)/100; if(val > 60) { var s = val % 60; var sec = s.toFixed(2); } else { } */ hour = parseInt(val/3600); min = parseInt((val%3600)/60); sec = parseInt(val%60); //sec = sec.toFixed(2); // �냼�닔�젏 2�옄由� //val = day + "�씪 " + hour + "�떆媛� " + minute + "遺� " + s + "珥� "; //val = hour + "�떆媛� " + min + "遺� " + sec + "珥� "; val = hour + " hours " + min + " minutes " + sec + " seconds "; //�쁺臾몄쟻�슜 (2023/03/21�씪) return (val); } function fncChkValue(typ) { var frm = document.frmbackuptime; var cv_limits = Number(frm.Vrated.value); var ca_limits = Number(frm.Cap.value); var chg_v = Number(frm.chg_v.value); var st_v = Number(frm.st_v.value); var cur_a = Number(frm.cur_a.value); if(frm.sr_typ.value == ""){ //alert("STARCAP Series瑜� 癒쇱�� �꽑�깮�븯�꽭�슂."); alert("Select the STARCAP Series first."); frm.sr_typ.focus(); return; } if(frm.pat_nb.value == ""){ //alert("STARCAP Part No瑜� �꽑�깮�븯�꽭�슂."); alert("Select STARCAP Part No."); frm.pat_nb.focus(); return; } //Charge Voltage �엯�젰踰붿쐞 �젣�븳 泥댄겕 if(typ == "chg_v"){ if(chg_v < 0 || chg_v > cv_limits) { //alert(cv_limits + " V�씠�븯�쓽 �쟾�븬�쑝濡� 異⑹쟾�븯�떗�떆�슂."); alert("Charge to a voltage below " + cv_limits + " V."); frm.chg_v.value = ""; frm.chg_v.focus(); return; } } //Stop Voltage �엯�젰踰붿쐞 �젣�븳 泥댄겕 if(typ == "st_v"){ if(frm.chg_v.value == ""){ //alert("Charge Voltage瑜� 癒쇱�� �엯�젰�븯�꽭�슂."); alert("Enter Charge Voltage first."); frm.chg_v.focus(); return; } if(st_v < 0 || st_v >= chg_v) { //alert(chg_v + " V �씠�븯�쓽 �쟾�븬�쑝濡� 沅뚯옣�빀�땲�떎."); alert(chg_v + " V or lower is recommended."); frm.st_v.value = ""; frm.st_v.focus(); return; } } //Current Ampere �엯�젰踰붿쐞 �젣�븳 泥댄겕 if(typ == "cur_a"){ /* var ampere = frm.unit.value; if(ampere == "1"){ cur_a = cur_a * 1000000; } else if(ampere == "1000"){ cur_a = cur_a * 1000; }else{ cur_a = cur_a * 1; } */ cur_a = cur_a * 1; //alert(cur_a+"==>"+ca_limits); if(cur_a < 0 || cur_a > ca_limits) { //alert(ca_limits + " A�씠�븯�쓽 �쟾瑜섎줈 �궗�슜�븯�떎寃껋쓣 沅뚯옣�뱶由쎈땲�떎."); alert("It is recommended to use a current below " + ca_limits + " A."); //關 frm.cur_a.value = ""; frm.cur_a.focus(); return; } } } //�씪�씤�닔 �엯�젰�떆 �닽�옄留� 湲곗엯 function onlyNumber2() { //alert(event.keyCode); if((event.keyCode<48) ||(event.keyCode>57) ) { if(event.keyCode > 95 && event.keyCode < 106) { return false; } else if(event.keyCode == 8 || event.keyCode == 9 || event.keyCode == 13 || event.keyCode == 16 || event.keyCode == 45 ||event.keyCode == 46 || event.keyCode == 190 || event.keyCode == 110 ) { return false; } else { //alert("�닽�옄留� �엯�젰媛��뒫�빀�땲�떎."); alert("You can only enter numbers."); this.value = ""; event.returnValue = false; } } } //-------------------------------------------------------------------------------------------------- // Command �슂泥� �븿�닔 - POST //-------------------------------------------------------------------------------------------------- function RequestCommandPost(Command, querystring) { var requestURL = "/js/AjaxStarcapManager.asp?Command="+ Command; //if(Command =="GetBoardList") //window.open(requestURL+"&"+querystring, "debug" ,"width=600, height=600, scrollbars=yes"); StartAjaxRequestPost(requestURL, querystring, "oStarcapManager." + Command + "()"); } //---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- // Ajax CallBack //---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- function StarcapManager() {} var oStarcapManager = new StarcapManager(); //---------------------------------------------------- // �떆由ъ쫰 媛��졇�삤湲� //---------------------------------------------------- oStarcapManager.GetSeriesList = function() { div_backupt_result.style.display = "none"; var results = xmlHttp.responseXML; var properties = results.getElementsByTagName("ResultData"); var SR_TYP = null; var PDT_TYP = null; delOptionAll("sr_typ"); if(properties.length > 0) { addOption('sr_typ', "::: STARCAP Series :::", ""); for(var i=0; i 0) { addOption('pat_nb', "::: STARCAP Part No :::", ""); for(var i=0; i

CHIPCELL CARBON
Introduction

What is CHIPCELL CARBON?

CHIPCELL CARBON is a EDLC or super capacitor type small and ultra-small carbon secondary battery product from Korchip. The CHIPCELL CARBON product is a future Green energy storage device with millions to tens of millions of times the capacity of a typical capacitor.
The CHIPCELL CARBON product serves as an auxiliary power source for storing data when the electrical/electronic device is disconnected and maintaining the RTC (Real Time Clock) embedded in the circuit. With the development of network technology, many new electrical/electronic devices are being created, and they are becoming a major part of the power supply.

The Advantages of CHIPCELL CARBON

The Applications of CHIPCELL CARBON

Area Applications Fuction CHIPCELL CARBON Product
IT,Consumer
Electronics		 Smart Phones, PDA, Digital Camera,
SSD, Hand Tools, Home Electronics
GPS Modem 		RTC Back-up, Memory Back-up
Power Assist		 Coin Type, Radial Type
Mold Type, TR
Industies,
Engery		 Machine Controllers, PLC, Meters
Wind Turbine, ESS 		RTC Back-up, Memory Back-up
Power Assist, Regenerative Power
Energy Storage, Emergency Power 		Coin Type, Radial Type
Mold Type, Rug Type
Transportation Car DVR, Car Audio Idle Stop and Go
Voltage Stabilizer, e-Call System
Hybrid Car, Engine Cranking 		Power Assist, Regenerative Power
Memory Back-up 		Coin Type, Radial Type
Rug Type