ČČĘ͵çşěÍâ˛úĆ·Ŕࣺ

µă»÷äŻŔŔ¸÷¸É»ÉąÜł§ĽŇ˛úĆ·Ďęϸ˝éÉÜALEPH   OKI   celda   MKA  LUGANA   PIC   RZMKP   SRC                     CP CLARE REED RELAY   COP  COTOHAMLINË®ŇřżŞąŘŐń¶Ż´«¸ĐĆ÷/Ő𶯴«¸ĐĆ÷°˛·Ŕ±¨ľŻ/Ďű·ŔÉčĘ©´«¸ĐĆ÷

ĆřĚĺ´«¸ĐĆ÷Ó¦ÓĂ|ŇÔ˛úĆ·Ô­Ŕí·ÖŔർş˝|ŇÔÓ¦ÓĂÁěÓň·ÖŔർş˝|ŇÔ˛âĘÔ¶ÔĎó·ÖŔർş˝|ŇÔĆřĚ峧ĽŇĆ·ĹĆ·ÖŔർş˝|°´ĆřĚĺ·Ö×ÓĘ˝·ÖŔŕ|°´ĆřĚĺŔŕĐÍ·ÖŔŕ| ĆřĚĺÄŁżéÄŁ×éĆřĚĺĽě˛âŇÇĆřĚĺŇÇĆ÷É豸ӦÓĂÁěÓňÓëĆřĚĺĐĹϢąŘÁޱí|

´«¸ĐĆ÷ĘŔ˝ç -----°˛·Ŕˇ˘·ŔµÁ±¨ľŻ˛úĆ·Ł¨µă»÷ĐͺŻňͼƬşóµÄ×ĘÁĎĎÂÔؿɿ´Ďęϸ×ĘÁĎŁ©

ˇˇČČĘ͵çşěÍâČËĚĺ¸ĐÓ¦´«¸ĐĆ÷ϵÁвúĆ·/·ŔµÁ±¨ľŻĹäĚ×ÔŞĆ÷Ľţ
ˇˇ	şěÍâ´«¸ĐĆ÷	RE200B	KDS209ˇ˘PIS209	LHI958ˇ˘LHI878	PD632
	şěÍâרÓĂоƬ	BISS0001	BISS0002	CS9803GP	KC778B
		MB8072	HT7610	M7612	M7610
	·ĆÄů¶ű͸ľµ	7601	7701	7703	7708
	·ĆÄů¶ű͸ľµŃˇąş×ĘÁĎ	7709	7802	7803	7807
	ˇˇ	7808	8002-1	8002-2	8102
	͸ľµÍĽĆ¬ŃˇĐÍŔŕ	ϵÁĐ1	ϵÁĐ2	ϵÁĐ3	ϵÁĐ4
	¸ĐÓ¦żŞąŘ,±¨ľŻĆ÷	GH-903	HT-807	GH-608	Ö÷¶ŻşěÍâČëÇÖĚ˝˛âĆ÷
ĹúÁżÉú˛ú	ČËĚĺşěÍâ¸ĐӦģżé	SS-101	ˇˇ	ˇˇ	°˛·Ŕ·ŔµÁ±¨ľŻĹäĚ×IC

    Ň»ˇ˘ĆřĚĺ´«¸ĐĆ÷

     NIS-09C       ČŐ±ľŃĚÎí´«¸ĐĆ÷             ĘʺϼҾÓŃĚÎí»đÔÖ±¨ľŻ

     NIS-05A       ČŐ±ľŃĚÎí´«¸ĐĆ÷             ÄŁÄâÁżŔë×Ó¸ĐŃĚĚ˝˛âĆ÷

     SC0069        ̨ÍĺŃĚÎí´«¸ĐĆ÷             ĘʺϼҾÓŃĚÎí»đÔÖ±¨ľŻ

     NAP66E        ľĆľ«´«¸ĐĆ÷                 ×íľĆ¶Č˛âĘÔŇÇĆ÷

     NAP21A        ¶ţŃő»ŻĚĽ´«¸ĐĆ÷             ĽŇľÓ¶ţŃő»ŻĚĽĽě˛â

     NAP-50/55A    ČĽĆř´«¸ĐĆ÷                 ĽŇÍĄČĽĆřй©±¨ľŻ

     NAP-505       µç»ŻŃ§Ň»Ńő»ŻĚĽ             COй©±¨ľŻ

     TGS813        ČĽĆř´«¸ĐĆ÷                 ĽŇÍĄČĽĆřй©±¨ľŻ

     TGS825        Ľě˛âÁň»ŻÇâÓжľĆřĚ屨ľŻ

     TGS832        ·úŔű°ş                     ĘĘÓĂÓÚ·úŔű°şĽě˛âĆ÷

     KE-25/50      ŃőĆř´«¸ĐĆ÷

     SC0003        ĂńÓĂł¬µ×ĽŰλȼĆř´«¸ĐĆ÷

     µČϵÁĐĂńÓĂĽ¶ˇ˘ą¤ŇµĽ¶ˇ˘°ëµĽĚ塢µç»ŻŃ§´«¸ĐĆ÷

    ¶ţˇ˘ČČĘ͵çşěÍâ¸ĐÓ¦Ć÷ĽţĽ°ĹäĚ×µç·

Ë«ÔŞČČĘ͵çşěÍâ´«¸ĐĆ÷ˇˇ ĐÍşĹ:PD632ˇˇ Ë«ÔŞČČĘ͵çşěÍâ´«¸ĐĆ÷ˇˇ ĐÍşĹ:PB532ˇˇ

Ë«ÔŞČČĘ͵çşěÍâ´«¸ĐĆ÷ˇˇ ĐÍşĹ:RE46Bˇˇ Ë«ÔŞČČĘ͵çşěÍâ´«¸ĐĆ÷ˇˇ ĐÍşĹ:RE200Uˇˇ

Ë«ÔŞČČĘ͵çşěÍâ´«¸ĐĆ÷ˇˇ ĐÍşĹ:RE200BˇˇË«ÔŞČČĘ͵çşěÍâ´«¸ĐĆ÷ˇˇ ĐÍşĹ:RE03Bˇˇ

µĄÔŞČČĘ͵çşěÍâ´«¸ĐĆ÷ˇˇ ĐÍşĹ:PM611ˇˇ µĄÔŞČČĘ͵çşěÍâ´«¸ĐĆ÷ˇˇ ĐÍşĹ:PMS11ˇˇ

ËÄÔŞČČĘ͵çşěÍâ´«¸ĐĆ÷ˇˇ ĐÍşĹ:SB05-82ˇˇ

     RE200B            ĘʺϸĐÓ¦żŞąŘĽ°±¨ľŻĆ÷

     KDS209            ĘʺϸĐÓ¦żŞąŘĽ°±¨ľŻĆ÷

     PD632     ĘĘşĎÖеµ»ň¸ßµµ¸ĐÓ¦żŞąŘĽ°±¨ľŻĆ÷

     SB05-82            ËÄÔŞşěÍâĎß̽ͷ

     LHI958/878         ĘĘşĎÖеµ»ň¸ßµµ¸ĐÓ¦żŞąŘĽ°±¨ľŻĆ÷

     BISS0001        DIP/SMD·â×°Ł¬µÍą¦şÄŁ¬Ö±Á÷ÔËÓĂ

     BM8072Ł¨WT8072Ł©   DIP·â×°Ł¬µÍą¦şÄŁ¬Ö±Á÷ÔËÓĂ

     CS9803GP         ˛ÉÓĂCMOSą¤ŇŐÖĆÔěµ×µçÁ÷ˇŁÓëWT8072ĎŕĽćČÝŁ¬DIP16˝Ĺ·â×°ˇŁ

     HT7610        DIP·â×°Ł¬µÍą¦şÄŁ¬Ö±Á÷ÔËÓĂ  

ČËĚĺ¸ĐӦģżé--±»¶ŻĘ˝ ˇ˘şěÍâ¸ĐÓ¦żŞąŘµÄÔ­Ŕíˇ˘SS-101ϵşěÍâ¸ĐÓ¦ÁвúĆ·  łŁÓñę׼ĐͺŠ ͸ľµł¬ĐˇĐÍ ł¤Ěőł¬ĐˇÍ¸ľµł¤ĐÍł¬ĐˇÍ¸ľµ·ÖĚĺʽģżéł¤Ěő·ÖĚĺÖĐłß´ç·ÖĚ峤ĐÍ·ÖĚĺ  ČËĚĺ¸ĐӦģżé--Ö÷¶ŻĘ˝    Ö÷¶ŻĘ˝şěÍâ¸ĐӦģżé1  Ö÷¶ŻĘ˝şěÍâ¸ĐӦģżé2ˇ˘şěÍâĎ߸ĐӦģżéˇ˘Ö÷¶ŻĘ˝şěÍâ¸ĐӦģżéˇ˘µÍłÉ±ľČ«×Ô¶ŻşěÍâ¸ĐÓ¦˝ŕľßˇ˘ˇ˘SS-968Ŕ×´ďÄŁżé

°˛·Ŕ·ŔµÁ±¨ľŻĹäĚ×ICłŁÓĂ·ĆÄů¶ű͸ľµłß´çąć¸ńѡÔń×Ü±íłŁÓĂ·ĆÄů¶ű͸ľµÍĽĆ¬ŃˇÔń×ܱí·ĆÄů¶ű͸ľµ(·˝ĐÍ)  ·ĆÄů¶ű͸ľµ(Ô˛ĐÍ)·ĆÄů¶ű͸ľµŃˇąş×ĘÁĎ1 ·ĆÄů¶ű͸ľµŃˇąş×ĘÁĎ2 ·ĆÄů¶ű͸ľµŃˇąş×ĘÁĎ3 ·ĆÄů¶ű͸ľµŃˇąş×ĘÁĎ4·ĆÄů¶ű͸ľµŃˇąş×ĘÁĎ5

ˇˇ

    Čýˇ˘»đŃ桢×ĎÍâĎß´«¸ĐĆ÷

     R2868        ČŐ±ľ˛ú»đŃćUVĚ˝˛â´«¸ĐĆ÷        ÓĂÓÚ»đÔÖ±¨ľŻ×°ÖĂ

     C3704        »đŃćUVĚ˝˛âÄŁżě

     G5842        SMD×ĎÍâĎßĚ˝˛â

     Ëġ˘Î˘˛¨¶ŕĆŐŔŐÎŢĎßĚ˝˛âÄŁżě

            HB100    ÎďĚĺŇƶŻĚ˝˛â10.525HZ     ÓĂÓÚ×Ô¶ŻĂš˘±¨ľŻĆ÷µČ×Ô¶Ż»Ż˛úĆ·

     HB200/510  ÎďĚĺŇƶŻĚ˝˛â10.687HZ     ÓĂÓڸߵµ±¨ľŻĆ÷µČ×Ô¶Ż»Ż˛úĆ·

     TWH9250    Ŕ×´ďĚ˝˛âÄŁżě             ÓĂÓÚĽŇÍĄ·ŔµÁ±¨ľŻ

     TWH9251    Ŕ×´ďĚ˝˛âÄŁżě             ÓĂÓÚĽŇÍĄ·ŔµÁ±¨ľŻ

     982        Î˘˛¨¶ŕĆŐŔŐЧӦģżě

·Ŕ  µÁ  ÔŞ  Ć÷  Ľţ  ÁĐ  ±í

×ĘÁĎĎÂÔŘ	×ĘÁĎĎÂÔŘ	×ĘÁĎĎÂÔŘ	×ĘÁĎĎÂÔŘ
˛úĆ·ĂűłĆŁşşěÍâ´«¸ĐĆ÷RE200B	˛úĆ·ĂűłĆŁşşěÍâ´«¸ĐĆ÷PIS-209S	˛úĆ·ĂűłĆŁşşěÍâ´«¸ĐĆ÷LHI778	˛úĆ·ĂűłĆŁşşěÍâ´«¸ĐĆ÷RE03B
×ĘÁĎĎÂÔŘ	×ĘÁĎĎÂÔŘ	×ĘÁĎĎÂÔŘ	×ĘÁĎĎÂÔŘ
˛úĆ·ĂűłĆŁşşěÍâ´«¸ĐĆ÷RE05B	˛úĆ·ĂűłĆŁşşěÍâ´«¸ĐĆ÷LHI878	˛úĆ·ĂűłĆŁşşěÍâ´«¸ĐĆ÷LHI1148	˛úĆ·ĂűłĆŁşşěÍâ´«¸ĐĆ÷LHI958
×ĘÁĎĎÂÔŘ	×ĘÁĎĎÂÔŘ	×ĘÁĎĎÂÔŘ	×ĘÁĎĎÂÔŘ
˛úĆ·ĂűłĆŁşşěÍâ´«¸ĐĆ÷LHI968	˛úĆ·ĂűłĆŁşľĆľ«´«¸ĐĆ÷ MQ-3	˛úĆ·ĂűłĆŁşľĆľ«´«¸ĐĆ÷ MQ-303A	˛úĆ·ĂűłĆŁşľĆľ«´«¸ĐĆ÷ MC103
×ĘÁĎĎÂÔŘ	×ĘÁĎĎÂÔŘ	×ĘÁĎĎÂÔŘ	×ĘÁĎĎÂÔŘ
˛úĆ·ĂűłĆŁşľĆľ«´«¸ĐĆ÷ MR513	˛úĆ·ĂűłĆŁşĂşĆř´«¸ĐĆ÷ MQ-5	˛úĆ·ĂűłĆŁşĂşĆř´«¸ĐĆ÷ MQ216	˛úĆ·ĂűłĆŁşĂşĆř´«¸ĐĆ÷ MC101
×ĘÁĎĎÂÔŘ	×ĘÁĎĎÂÔŘ	×ĘÁĎĎÂÔŘ	×ĘÁĎĎÂÔŘ
˛úĆ·ĂűłĆŁşŃĚÎí´«¸ĐĆ÷ MQ-2	˛úĆ·ĂűłĆŁşŃĚÎí´«¸ĐĆ÷ NIS-09C	˛úĆ·ĂűłĆŁşŃĚÎí´«¸ĐĆ÷ HIS-07	˛úĆ·ĂűłĆŁşŃĚÎí´«¸ĐĆ÷ SC0069
×ĘÁĎĎÂÔŘ	×ĘÁĎĎÂÔŘ	×ĘÁĎĎÂÔŘ	×ĘÁĎĎÂÔŘ
˛úĆ·ĂűłĆŁşżÉČĽĆřĚĺ´«¸ĐĆ÷ MC112	˛úĆ·ĂűłĆŁşżŐĆřÎŰČľ´«¸ĐĆ÷ MQ135	˛úĆ·ĂűłĆŁşł¬Éů˛¨´«¸ĐĆ÷(×Ü)	˛úĆ·ĂűłĆŁşĘŞ¶Č´«¸ĐĆ÷(H25K5)
×ĘÁĎĎÂÔŘ	×ĘÁĎĎÂÔŘ	×ĘÁĎĎÂÔŘ	×ĘÁĎĎÂÔŘ
˛úĆ·ĂűłĆŁşĘŞ¶Č´«¸ĐĆ÷(H23K5)	˛úĆ·ĂűłĆŁşĘŞ¶Č´«¸ĐĆ÷(H12K5)	˛úĆ·ĂűłĆŁşĘŞ¶Č´«¸ĐĆ÷(818)	˛úĆ·ĂűłĆŁşŐ𶯴«¸ĐĆ÷ 102
×ĘÁĎĎÂÔŘ	×ĘÁĎĎÂÔŘ	×ĘÁĎĎÂÔŘ	ˇˇ
˛úĆ·ĂűłĆŁşŐ𶯴«¸ĐĆ÷ 801s	˛úĆ·ĂűłĆŁşŐ𶯴«¸ĐĆ÷ 801X	˛úĆ·ĂűłĆŁşshock sensor 103	ˇˇ
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982΢˛¨¸ĐÓ¦żŘÖĆĆ÷     ±ľ˛úĆ·ŔűÓĂ΢˛¨¶ŕĆŐŔŐĽĽĘőŁ¬ÔÚÓĐЧżŐĽäÄÚ˝¨Á˘µçłˇŁ¬µ±ÓĐČË»ň»î¶ŻÎďĚĺ˝řČëµçłˇşóŁ¬»á˛úÉú·´Éä»Ř˛¨Ł¬ľ­µç×ÓĎß·»ěƵşóĽěłöĽ«Î˘ČőµÄŇĆƵĐźţ¬´ËĐźž­µĄĆ¬»ú´¦ŔíşóŁ¬żÉĘäłöżŘÖƵçĆ˝Ł¬˝ř¶řÇý¶Ż±¨ľŻĆ÷şÍĆäËűµçĆ÷ą¤×÷ˇŁ     ÔÚµç·ÖвÉÓĂÁ˸ߴď4GHzƵÂʵĸßƵŐńµ´Ć÷Ł¬ĘąµĂ±ľ»úĚěĎßĚĺ»ý¸üСŁ¬ÇŇ˝¨Á˘µÄµçłˇ¸üĽÓĎÁŐ­Ł¬ĽőÉŮÁ˶ŕÓŕżŐĽäˇŁ˛˘ÇҲÉÓĂÁË΢˛¨Ľě˛âרÓĂ΢´¦ŔíĆ÷Ł¬ËüÄÜą»¶ÔĘäČëĐźŽřĐĐÂöƵşÍÂöżí´¦ŔíŁ¬¶ÔС¶ŻÎԶľŕŔëµÄĘ÷ÄľŁ¬¸ßƵͨѶĐźţ¬Ô¶ľŕŔëµÄÉÁµçşÍµçĆ÷żŞąŘ˛úÉúµÄ¸ÉČĹÓčŇÔĹĹłýŁ¬ĘÇŇÔÍůşěÍâĎߣ¬ł¬Éů˛¨Ł¬ČČĘ͵çÔŞĽţ×éłÉµÄ±¨ľŻµç·ŇÔĽ°łŁąć΢˛¨µç·ËůÎŢ·¨±ČÄâµÄŁ¬ĘÇĿǰÓĂÓÚ°˛Č«·Ŕ·¶şÍ×Ô¶ŻĽŕżŘµÄ×îĽŃ˛úĆ·ˇŁÎ˘´¦ŔíĆ÷µÄÖ÷ƵʱÖÓÎŞ16KHzŁ¬µ±łő´ÎĽÓµçʱϵͳ˝«Ëř±Ő30~60Ă룬ĆäĽäÍęłÉ΢´¦ŔíĆ÷µÄłőĘĽ»ŻŁ¬˛˘˝¨Á˘µçłˇŁ¬ŐâʱşěɫָʾµĆLED1µăÁÁŁ¬30¶ŕĂëşóLED1ϨĂđŁ¬ĎµÍł×Ô¶Ż˝řČëĽě˛â״̬Ł¬µ±ÓĐŇƶŻĐĹşĹʱŁ¬˝«ÓĐÔĽ2ĂëµÄĘäłöŁ¨żÉ¸ůľÝÓĂ»§µÄŇŞÇó¶¨ÖĆŁ©Ł¬˛˘ÓĐLED2ָʾµĆ×öͬ˛˝ĎÔĘľŁ¬ĘäłöĐÎʽΪµçŃą·˝Ę˝Ł¬ÓĐĘäłö ʱΪ¸ßµçĆ˝Ł¨4VŇÔÉĎŁ©Ł¬ľ˛Ě¬Ę±Î޵͵çĆ˝ˇŁ982µÄÍâĐÍĽűÍĽ1Ł¬Ăć°ĺÉĎÉčÖĂÓĐÁéĂô¶Čµ÷˝Úż×Ł¬ĘąµĂĽŕżŘľŕŔëÔÚ1~5Ă×·¶Î§Äڿɵ÷Ł¬Ćä˳ʱŐëת¶ŻľŕŔë±äÔ¶Ł¬ÄćʱŐëת¶ŻľŕŔë±ä˝üŁ¬LED1şÍLED2ÓĂŔ´Ö¸Ęľ982µÄą¤×÷״̬Ł¬Ë«ĐľĆÁ±ÎĎßÓĂÓÚÁ¬˝ÓµçÔ´şÍ¸şÔءŁĆäÖĐşěÉ«Ď߽ӵçÔ´ŐýĽ«Ł¬ °×É«Ďß˝ÓĘäłöŁ¬Í­Íř˝ÓµçÔ´¸şĽ«ˇŁżŘÖĆĆ÷µÄą¤×÷µçŃąŁş6~15VŁ¬ľ˛Ě¬şÄµçÁżŁş3mA×óÓŇŁ¬ĘäłöÎŞµçŃąĐÎĘ˝Ł¬¶řÇŇÔĘĐí¶ŕ̨˛˘ÁŞŁ¬»ů±ľÓ¦Óõç·ÇëĽűÍĽ2Ł¬ÍĽ3µÄµç·żÉ´ř¶Ż¸÷ÖÖÖ±Á÷ĽĚµçĆ÷»ň¸ßĎě¶Č±¨ľŻĆ÷ˇŁ      982µÄĽŕżŘ·¶Î§ĘľŇâÍĽĽűÍĽ4Ł¬˛úĆ·µÄÓĐЧĽě˛â°ëľ¶ÎŞ0~5Ă׿ɵ÷Ł¬·ÇłŁĘĘşĎÔڲֿ⣬ÉĚłˇŁ¬ŐąĚüşÍ˝đČÚ˛żĂŵȵȳˇşĎĘąÓĂŁ¬ľßÓĐ°˛×°Ňţ±ÎŁ¬ĽŕżŘ·¶Î§´óŁ¬ĎµÍłłÉ±ľµÍşÍĚص㡣Ϊ·˝±ă˛Ů×÷Ł¬Ó¦ĘąÓĂÎŇł§µÄTXCϵÁĐ»ň135BϵÁĐÎŢĎßŇŁżŘĆ÷¶Ô982˝řĐĐÉč·ŔżŘÖơŁ Ó¦ÓĂ982ʱĐčעŇâµÄÓĐąŘĘÂĎ    1Ł¬ ľˇÁżÔ¶Ŕë¸ßƵ´Ĺłˇ˝ĎÇżµÄµŘ·˝ˇŁ     2Ł¬ ĘąÓĂʱӦעŇâµç˛¨µÄ´©Ç˝ÄÜÁ¦Ł¬ŇÔ·Ŕ¸ôÇ˝ÓĐČ˶řÔěłÉÎ󱨡Ł     3Ł¬ µ±982ÓëÎŢĎß·˘ËÍ×°ÖĂĹäĚ×ĘąÓĂʱӦעŇâ˝âľöĆä¸ÉČĹÎĘĚ⡣ THW9250AŔ×´ďĚ˝˛âżŘÖƵç·Ł¬ÄÚ˛ż˛ÉÓĂ΢µç·оƬ×÷łĚżŘ´¦ŔíŁ¬ľßÓнϸßĚ˝˛âÁéĂô¶ČşÍ´Ą·˘żÉżżĐÔĚ˝˛âÓëżŘÖĆÁ˝˛ż·ÖşĎ¶ţÎŞŇ»Ł¬ĘŘşňą¦şÄ˝µµÍÖÁ3mAŁ¬ĽŻµçĽ«żŞÂ·ĘäłöŁ¬żÉÖ±˝ÓÇý¶ŻÍ¨Óü̵çĆ÷Ł¬ĘąÓĂĽň±ăŁ¬żÉąă·şÓ¦ÓĂÓÚ˝đČÚą¤É̡˘˛Öżâˇ˘ĽŇÍĄ×÷±Ł°˛·ŔµÁŁ¬ŇŕżÉ×÷ÎďĚĺλŇĆ×Ô¶Ż»ŻĽě˛âżŞąŘŁ¬Čç×Ô¶ŻĂš˘×Ô¶ŻµĆµČˇŁTWH9250AŇý˝Ĺą¦Äܡ˘µäĐÍÓ¦ÓĂĽűĎÂÍĽˇŁąâżŘR¶ËĐüżŐʱŁ¬µç·ΪȫĚěşňĚ˝˛â״̬Ł¬R¶Ë¶ÔµŘ˝Ó°µ×č´óÓÚ2m¦¸Ł¬ÁÁ×čСÓÚ1 m¦¸ąâĂôµç×čʱŁ¬µç·°×Ě조ĐÝϢˇ±Ł¬ŇąĽä×Ô¶Ż˝řĐĐą¤×÷״̬ˇŁłő´ÎͨµçʱŁ¬µç·ľßÓĐ40Ăëłő´ÎÔ¤Îȶ¨Ę±ĽäŁ¬ÔÚŐâ40ĂëÄÚŁ¬ĽĚµç·ą¤×÷Ł¬µ±ĽĚµçĆ÷Ěř¶ŻČý´ÎŁ¬±íĘľÔ¤Îȶ¨Ę±ĽäÍę±ĎŁ¬Ö®şóֻҪ˛»µôµçŁ¬ÔÚÓĐЧ·¶Î§Ăż±»´Ą·˘Ň»´ÎˇŁO¶ËĽ´ÓĐ5ĂëĘäłöŁ¬ČôłÖĐř±»´Ą·˘Ł¬ÔňO¶ËŇŕłÖĐřĘäłöˇŁW-W¶ËÍâ˝Ó΢µ÷µç×裬ÓĂŇÔµ÷˝Ú´Ą·˘ÁéĂô¶ČŁ¬µ±W-W¶Ë¶Ě˝ÓʱÁéĂô¶ČÎŞ1~2Ăף¬µ÷ÖÁ×î¸ßʱ×÷ÓĂľŕŔë´óÓÚ5Ăף¬Í¨łŁµ÷ÖÁ3ˇŞ4Ă×˝ĎÎŞşĎĘʡŁŇŃĹä¸řÖ±ľ¶53mm»·ĚěĎß×ÔĐĐ˝ÓÓÚY1ˇ˘Y2¶ËŁ¬Ô˛»·Ć˝ĂćĆ˝ĐĐÓÚŇý˝ĹĂ氲װÓнϴĄ·˘ÁéĂô¶ČŁ¬´ËλÖĂÖ¸Ďň·Ŕ·¶ÇřÓň×îĽŃˇŁ Ěص㼰ӦÓĂŁşµÍą¦şÄ//Ł» CW »ňPulse ą¤×÷Ł»ł¤Ě˝˛â·¶Î§Ł»ÓĂÓÚŁşÎ˘˛¨şěÍâÔ˶ŻĚ˝˛âŁ»×Ô¶ŻĂĹŁ» µĆµÄżŘÖĆŁ»ËٶȲâĘÔˇŁ HB100΢˛¨Ě˝˛â´«¸ĐĆ÷Ó¦ÓĂDoppler RadarÔ­ŔíŁ¬·˘ÉäŇ»¸öµÍą¦ÂĘ΢˛¨˛˘˝ÓĘÜÎďĚĺ·´ÉäąýŔ´µÄÄÜÁżˇŁŇ»µ©ÎďĚĺµÄÔ˶Ż±»ĆäĚ˝˛âµ˝ˇŁ·˘ÉäƵÂʾͱ»·´Éä»ŘµÄ΢˛¨ĆµÂĘËůĚć´úŁ¬Ěć´úµÄ΢˛¨Óë·˘ÉäµÄ΢˛¨»ěşĎÔÚŇ»Ć𣬽áąűŇ»¸öµÍƵÂʵĵçŃą´Ó´«¸ĐĆ÷ĘäłöˇŁÎ˘˛¨Ě˝˛â´«¸ĐĆ÷µÄĚŘĐÔŁşŁ±ˇ˘ ·Ç˝Ó´ĄĘ˝ˇŁŁ˛ˇ˘ ÖÜΧ»·ľłŁş˛»ĘÜČȡ˘É¤Ňôˇ˘ĘŞ¶Čˇ˘ĆřÁ÷ˇ˘łľ°ŁµČÓ°Ď죬Ęʺ϶ńÁÓ»·ľłˇŁŁłˇ˘ żą¸ÉČšŁŁ´ˇ˘ °˛Č«   Łµˇ˘  żí·¶Î§ˇŁĚ˝˛â·¶Î§ł¬ąýŁ±ŁµĂסŁ¸üżíµÄ·¶Î§ŇŕżÉÄܡŁČçĎ²ÎĘýĘÇÔÚ5VDCŁ¬ CW ą¤×÷״̬Ł¬ 12K¦¸¸şÔŘŁ¬ +25ˇćĎ²ⶨˇŁ ˛ÎĘý ±¸×˘ ×îСֵ µäĐÍÖµ ×î´óÖµ µĄÎ» ƵÂĘ 1 10Ł®520 10Ł®525 10Ł®530 GHz ·řÉ书ÂĘ 1 12 15 20 dBm Spurious Emission @ 3m 1     25 ¦ĚV/m Settling Time     3 6 ¦ĚSec Received Signal Strength 2 100   250 ¦ĚVp-p Noise 3     5 ¦ĚVrms Supply Voltage   4.75 5.00 5.25 VDC Current Consumption     30 40 mA Pulse Repetition Frequency 4   2 3 KHz Pulse Width 4 10     ¦ĚSec Operating Temp   -15   55 ˇć             ´Ë˛úĆ·ÎŞÖÇÄÜĘýÂëË«ĽŕĚ˝˛âĆ÷Ł¨Î˘˛¨+±»¶ŻşěÍâ+΢´¦ŔíĆ÷Ł© żÉ·ÖÎŞ»§ÍâĐ͡˘ĘŇÄÚĐÍÁ˝ÖÖŁ¬ĚŘĐÔŁş·ŔÎó±¨ÖŐĽ«ŃˇÔńŁ¬żÉĚ˝˛âČËĚ塢łčÎÎďĚĺµČˇŁ TWH9601Ŕ×´ďÄŁżéרÓĂ΢´¦ŔíĽŻłÉµç·Ł¬ąĘ˛»˝öÁéĂô¶Č¸ßŁ¬Ě˝˛â·¶Î§żíŁ¬¶řÇŇą¤×÷Îȶ¨żÉżżŁ¬Îó±¨ÂĘĽ«µÍŁ¬ÄÜÔÚ-25~+45ˇćζȷ¶Î§ÄÚÎȶ¨ą¤×÷Ł¬·ÇłŁĘĘŇËĎÖ´úÖС˘¸ßµµ·ŔµÁ±¨ľŻĎµÍł»ň×Ô¶ŻĂĹϵͳ×÷ČËĚĺŇƶŻĚ˝˛â´«¸ĐÍ·ĘąÓ᣾ßĚĺżÉ×öŔ×´ďĚ˝˛âÄŁżéTWH9251Ł¬ŔýČçÍĽŁş
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ÎŇËľĘÇČŐ±ľHAMAMATSUą«ËľÖĐąúÇřÓňĘÚȨ´úŔíÉĚÖ÷ÓŞ»đÔÖ±¨ľŻ×°ÖĂÓĂ»đŃć´«¸ĐĆ÷R2868ĹäĚ×Ďű·ŔĆ÷˛Äł§É̡Ł R2868łĆÎŞ»đŃć·˘ĎÖŐß.ÔÚ»đĐDzúÉú˲ĽäÄÜą»×ĽČ·µŘ·˘ĎÖ, ˛˘ÇҶԷǿɼűąâµÄ¸ß´«ĘäµÄµçÔÎĎÖĎóżÉŇÔÍęČ«˝âłý. Hamamatsu R2868 ĘÇŔűÓĂ×ĎÍâĎß TRON ͨąý˝đĘôµÄąâµçЧąűşÍÍßËąłË·¨Đ§ąűŔ´·˘ĎÖ»đĐÇÔ´. ËüżÉŇÔĚ˝˛â 185 µ˝ 260¸ö˛»Í¬µÄĎÁŐ­ąâĆ×Ăô¸ĐÔ´.Ëü¶ÔżÉĽűąâÍęČ«Ă»ÓиĐÓ¦,Ҳ˛»ĐčŇŞąýÂËĆ÷Čκοɼűąâ(˛»Ďń°ëµĽĚĺĚ˝˛âĆ÷). ËüľßÓĐşÜСµÄĚĺ»ýşÍşÜżíĂô¸Đ˝Ç¶Č(ÔńĎňĐÔ),˛˘ÄÜżěËŮ׼ȷµŘ·˘ĎÖ´Ó»đŃć±»·˘łöµÄČő×ĎÍâĎß.(ÄÜą»Ě˝˛â 5 m »ňÔÚÉÔÔ¶´¦·˘ĎÖĎăŃ̵ă´óСµÄ»đŃć.)´ËR6828˛úĆ·ÎŞHamamatsuČŐ±ľą«ËľÉú˛úŁ¬ R2868 is a UV TRON ultraviolet detector that makes use of the photoelectric effect of metal and the gas multiplication effect. It has a narrow spectral sensitivity of 185 to 260 nm, being completely insensitive to visible light. Unlike semiconductor detectors, it does not require optical visible-cut filters, thus making it easy to use. In spite of its small size, the R2868 has wide angular sensitivity (directivity) and can reliably and quickly detect weak ultraviolet radiations emitted from flame due to use of the metal plate cathode (eg. it can detect the flame of a cigarette lighter at a distance of more than 5 m.). The R2868 is well suited for use in flame detectors and fire alarms, and also in detection of invisible discharge phenomena such as corona discharge of high-voltage transmission lines.ˇď      Flame detectors for gas/oil lighters and matchesˇď      Fire alarmsˇď      Combustion monitors for burnersˇď      Inspection of ultraviolet leakageˇď      Detection of dischargeˇď      Ultraviolet switchingˇď      Spectral Response185 to 260nmˇď      Supply Voltage  400Vdcˇď      Peak Current 1)  30Maˇď      Average Discharge Current 2)  1mˇď      Operating Temperature-20 to +60Cˇď      Discharge Starting Voltage (with UV radiation)280Vdc Max.ˇď      Recommended Operating Voltage325ˇŔ25Vdcˇď      Recommended Average Discharge Current100Aˇď      Background 3)  10cpm Maxˇď      Sensitivity 4)  5000cpm Typ. G5842Ł¨SC0065Ł©ČŐ±ľHAMAMATSUą«ËľÉú˛úµÄ×ĎÍâĎß´«¸ĐĆ÷Ł¬ ÎŇËľĘÇČŐ±ľHAMAMATSUą«ËľÖĐąúÇřÓňŇ»Ľ¶´úŔíÉĚÖ÷ÓŞ×ĎÍâĎßŐնȼĆרÓĂ×ĎÍâĎß´«¸ĐĆ÷G5842,»đÔÖ±¨ľŻ×°ÖĂÓĂ»đŃć´«¸ĐĆ÷R2868ĹäĚ×Ďű·ŔĆ÷˛Äł§ÉĚŁ¬ĎÖ»őą©Ó¦ČŐ±ľHAMAMATSUą«ËľR2868»đŃć´«¸ĐĆ÷C3704Ě˝˛âÄŁżéŁ¬R2868łĆÎŞ»đŃć·˘ĎÖŐß.ÔÚ»đĐDzúÉú˲ĽäÄÜą»×ĽČ·µŘ·˘ĎÖ, ˛˘ÇҶԷǿɼűąâµÄ¸ß´«ĘäµÄµçÔÎĎÖĎóżÉŇÔÍęČ«˝âłý.Hamamatsu R2868 ĘÇŔűÓĂ×ĎÍâĎß TRON ͨąý˝đĘôµÄąâµçЧąűşÍÍßËąłË·¨Đ§ąűŔ´·˘ĎÖ»đĐÇÔ´. ËüżÉŇÔĚ˝˛â 185 µ˝ 260¸ö˛»Í¬µÄĎÁŐ­ąâĆ×Ăô¸ĐÔ´.Ëü¶ÔżÉĽűąâÍęČ«Ă»ÓиĐÓ¦,Ҳ˛»ĐčŇŞąýÂËĆ÷Čκοɼűąâ(˛»Ďń°ëµĽĚĺĚ˝˛âĆ÷). ËüľßÓĐşÜСµÄĚĺ»ýşÍşÜżíĂô¸Đ˝Ç¶Č(ÔńĎňĐÔ),˛˘ÄÜżěËŮ׼ȷµŘ·˘ĎÖ´Ó»đŃć±»·˘łöµÄČő×ĎÍâĎß.(ÄÜą»Ě˝˛â 5 m »ňÔÚÉÔÔ¶´¦·˘ĎÖĎăŃ̵ă´óСµÄ»đŃć.)Small UV sensor with sensitivity only in the UV region   FEATURES  l          Only sensitive to UV radiationl          Spectral response matches solar UV spectrum.l          Small and thin package    APPLICATIONS  l          Measurement of solar UV radiationl          Light intensity monitors for various UV lamps     (Hg lamps,sterilization lamps,black light,eto.)The G5842 is a semiconductor UV sensor combining a GaAsP photodiode chip and a UV filter.Compared to the conventional UV sensors , this  allows  compactness  and  high  volume production  of  the measurement system.Special requirementsregarding  packaging  and  peripheral circuit assembly are welcomed.   Ěص㣺Ěĺ»ýСˇ˘ÁéĂô¶Č¸ßˇ˘SMD΢СĐÍ·â×°ˇ˘ĘŮĂüł¤ˇ˘Ó¦Óõç·ĽňµĄµČˇŁn          GENERAL RATINGS Parameter Symbol Rating Unit Active Area A 0.8§·0.8 mm Package - Plastic - Window - UV glass filter - n          ABSOLUTE MAXIMUM RATINGS Parameter Symbol Value Unit Reverse Voltang VR Max 5 V Operating Temperature Topr -10 to+80 ˇć Storage Temperature Tstg -20 to+85 ˇć n          ELECTRICAL AND OPTICAL CHARACTERISTICS(Ta=25ˇć) Parameter Symbol Condition Typ Max Unit Spectral Response Range ¦Ë More than 5% of peak 260to400 - nm Peak Sensitivity Wavelength ¦Ëp   370 - nm Photo Sensitivity S ¦Ë=¦Ëp 60 - mA/W Temperature Coefficient of Short Circuit current ˇ÷lsc/ˇ÷T Ta=-10to+80ˇć Black light (¦Ëp=350nm) -0.16 - %/ˇć Dark Current ID VR=5V - 50 pA Temperature Coefficient of Dark Current ˇ÷ID/ˇ÷T Ta=-10to+80ˇć 1.07 - times/ˇć Terminal Capacitance Ct VR=0V,f=10khz 80 - pF R2868ČŐ±ľHAMAMATSUą«ËľÉú˛úµÄ»đŃć´«¸ĐĆ÷şÍ´«¸ĐĆ÷Ó¦Óõ緰塣 ÎŇËľĘÇČŐ±ľHAMAMATSUą«ËľÖĐąúÇřÓňŇ»Ľ¶´úŔíÉĚÖ÷ÓŞ×ĎÍâĎßŐնȼĆרÓĂ×ĎÍâĎß´«¸ĐĆ÷G5842,»đÔÖ±¨ľŻ×°ÖĂÓĂ»đŃć´«¸ĐĆ÷R2868ĹäĚ×Ďű·ŔĆ÷˛Äł§ÉĚŁ¬ĎÖ»őą©Ó¦ČŐ±ľHAMAMATSUą«ËľR2868»đŃć´«¸ĐĆ÷C3704Ě˝˛âÄŁżéŁ¬R2868łĆÎŞ»đŃć·˘ĎÖŐß.ÔÚ»đĐDzúÉú˲ĽäÄÜą»×ĽČ·µŘ·˘ĎÖ, ˛˘ÇҶԷǿɼűąâµÄ¸ß´«ĘäµÄµçÔÎĎÖĎóżÉŇÔÍęČ«˝âłý.Hamamatsu R2868 ĘÇŔűÓĂ×ĎÍâĎß TRON ͨąý˝đĘôµÄąâµçЧąűşÍÍßËąłË·¨Đ§ąűŔ´·˘ĎÖ»đĐÇÔ´. ËüżÉŇÔĚ˝˛â 185 µ˝ 260¸ö˛»Í¬µÄĎÁŐ­ąâĆ×Ăô¸ĐÔ´.Ëü¶ÔżÉĽűąâÍęČ«Ă»ÓиĐÓ¦,Ҳ˛»ĐčŇŞąýÂËĆ÷Čκοɼűąâ(˛»Ďń°ëµĽĚĺĚ˝˛âĆ÷). ËüľßÓĐşÜСµÄĚĺ»ýşÍşÜżíĂô¸Đ˝Ç¶Č(ÔńĎňĐÔ),˛˘ÄÜżěËŮ׼ȷµŘ·˘ĎÖ´Ó»đŃć±»·˘łöµÄČő×ĎÍâĎß.(ÄÜą»Ě˝˛â 5 m »ňÔÚÉÔÔ¶´¦·˘ĎÖĎăŃ̵ă´óСµÄ»đŃć.) Compact UV Sensor with High Sensitivity and Wide Directivity, Suitable for Flame Detectors and Fire Alarms.    Hamamatsu R2868 is a UV TRON ultraviolet detector that makes use of the photoelectric effect of metal and the gas multiplication effect. It has a narrow spectral sensitivity of 185 to 260 nm, being completely insensitive to visible light. Unlike semiconductor detectors, it does not require optical visible-cut filters, thus making it easy to use.   In spite of its small size, the R2868 has wide angular sensitivity (directivity) and can reliably and quickly detect weak ultraviolet radiations emitted from flame due to use of the metal plate cathode (eg. it can detect the flame of a cigarette lighter at a distance of more than 5 m.).     The R2868 is well suited for use in flame detectors and fire alarms, and also in detection of invisible discharge phenomena such as corona discharge of high-voltage transmission lines. APPLICATIONSˇď      Flame detectors for gas/oil lighters and matches ˇď      Fire alarmsˇď      Combustion monitors for burnersˇď      Inspection of ultraviolet leakage ˇď      Detection of dischargeˇď      Ultraviolet switchingGENERAL Spectral Response185 to 260nm   Window Material    UV glass Weight Approx.     1.5g MAXIMUM RATINGS Supply  Voltage    400Vdc   Peak    Current    30mA Average Discharge   Current   1ma   Operating  Temperature   -20 to +60C CHARACTERISTICS (at 25C) Discharge Starting Voltage (with UV radiation)   280Vdc Max. Recommended  Operating  Voltage   325ˇŔ25Vdc   Recommended  Average    Discharge  Current  100¦ĚA Background 10cpm Max    Sensitivity 4)5000cpm Typ. ˇďUV TRON Driving Circuit C3704 series (Option) ¸ü¶ŕ˛úĆ·Çëż´±ľą«Ëľ˛úƷרÓĂÍřŐľ:»¶Ó­Ë÷ȡĂâ·ŃĎęϸ×ĘÁϡ˘ÉčĽĆÖ¸ÄϺ͹âĹĚ Ł»˛úĆ··˛¶ŕŁ¬Î´ÄÜľˇÂĽŁ¬»¶Ó­Ŕ´µç˛éŃŻˇŁ ą¤żŘ°˛·ŔÍřŁşhttp://www.pc-ps.net/            ÉäƵ΢˛¨ąâµç˛úĆ·Íř:HTTP://www.rfoe.net/ ÖĐąú´«¸ĐĆ÷żĆĽĽĐĹϢÍřŁşhttp://www.sensor-ic.com/    µç×ÓÔŞĆ÷ĽţÍřŁşhttp://www.sunstare.com/ ľüą¤˛úĆ·ÍřŁşhrrpŁş//www.Junpinic.com/        Ďű·Ńµç×Ó˛úĆ·Íř://www.icasic.com/ żĆĽĽ˛úĆ·Íř://www.sunstars.cn/´«¸ĐĆ÷ĎúĘŰČČĎߣş     µŘÖ·ŁşÉîŰÚĘиŁĚďÇř¸Ł»ŞÂ·¸ŁÇě˝ÖşčÍĽ´óĎĂ9732ĘŇ     µç»°Łş0755-83376489 83376549 83607652 83370250   83370251   83376549     ´«Ő棺0755-83376182  Ł¨0Ł©13902971329  MSN: SUNS8888@hotmail.com     Óʱࣺ518033   E-mail:szss20@163.com     QQ: 195847376     ÉîŰÚČü¸ńŐąĎú˛żŁşÉîŰÚ»ŞÇż±±Â·Čü¸ńµç×ÓĘĐłˇ9583şĹ    µç»°Łş0755-83665529   13823648918     ±±ľ©·Öą«ËľŁş±±ľ©şŁµíÖŞ´şÂ·132şĹÖĐ·˘µç×Ó´óĎĂ3097şĹ TELŁş  13823791822  FAXŁş010-62543996      ÉĎşŁ·Öą«ËľŁşÉĎşŁĘб±ľ©¶«Â·668şĹِ¸ńµç×ÓĘĐłˇµŘĎÂŇ»˛ăD25şĹ TELŁş  56703037   FAXŁş021-56703037     Î÷°˛·Öą«ËľŁşÎ÷°˛¸ßĐÂżŞ·˘Çř20Ëů(ÖĐąúµç×ӿƼĽĽŻÍŵĽş˝ĽĽĘőŃĐľżËů)  Î÷°˛ŔͶŻÄĎ·88şĹµç×ÓÉ̳ǶţÂĄD23şĹ              TELŁş  18926764199  FAX:029-77678271