Qaboojiyaha yar yar ee kuleyliyaha (Micro TEC), oo sidoo kale loo yaqaan qaybta qaboojinta yar ee kuleyliyaha, qaybta Micro-peltier, qaybta Micro peltier, ayaa si ballaaran loogu dabaqay qaybo badan oo tiknoolajiyad sare ah sababtoo ah sifooyinkeeda jireed ee gaarka ah iyo iswaafajinta injineernimada sare. Adeegsigeeda aasaasiga ah waxay ku urursan yihiin qaybaha u baahan shuruudaha waxqabadka adag - oo ay ku jiraan xasilloonida heerkulka, jawaab celinta kulaylka degdega ah, isku-dhafka booska, iyo iswaafajinta elektaroonigga - oo ku baahsan isgaarsiinta indhaha, qalabka elektaroonigga macaamiisha, qalabka biomedical, qalabka elektaroonigga baabuurta, nidaamyada hawada iyo difaaca, iyo qalabka saxda ah ee warshadaha.
I. Isgaarsiinta Indhaha (Codsiga Muhiimka ah ee Istaraatiijiyadda)
Qalabka Micro TECs, Qalabka Micro thermoelectric, Qalabka Micro peltier waxay u adeegaan sidii qaybo muhiim u ah xakamaynta heerkulka ee laysarka ee qalabka gudbinta indhaha ee xawaaraha sare leh (tusaale ahaan, 10G, 25G, 100G, 400G, iyo 800G modules). Iyagoo ilaalinaya heerkulka isku xirka laysarka gudaha ±0.1°C, waxay si wax ku ool ah u xakameeyaan qulqulka mowjadaha iyo isgoysyada isku xirka ee kanaalka, taasoo hubinaysa daacadnimada calaamadaha iyo isku halaynta gudbinta xogta bandwidth-ka sare. Baahida sii kordheysa ee isku xirka indhaha ee hooseeya, oo leh awood sare - oo ay wadaan kaabayaasha kombiyuutarka ee AI ee xarumaha xogta iyo kooxaha tababarka AI - ayaa si weyn u dardargelisay kobaca suuqa Micro TEC (module peltier micro). In kasta oo xalalka heerka sare ah ay weli ku badan yihiin hoggaamiyeyaasha caalamiga ah sida Ferrotec iyo KELK, soosaarayaasha gudaha waxay sameynayaan horumar joogto ah oo ku saabsan horumarinta nidaamyada walxaha thermoelectric, teknoolojiyada baakadaha hermetic, iyo awoodaha isdhexgalka heerka nidaamka, iyagoo fududeynaya meelaynta tartiib tartiib ah laakiin waarta ee silsiladaha sahayda.
II. Elektarooniga Macaamiisha
Moodooyinka qaboojinta ee Micro TECs, Micro thermoelectric qaboojinta (module peltier yar) ayaa si isa soo taraysa loogu isticmaalaa xalalka maaraynta kulaylka ee aaladaha la qaadi karo iyo kuwa is haysta - oo ay ku jiraan qalabka qaboojinta ee casriga ah, qalabka biyaha ee thermoelectric-ka ee miiska saaran (kulul/qabow), qalabka PCR-ga ee cabbirka yar, iyo qaboojiyaha yar ee ku shaqeeya USB. Qaab-dhismeedkooda adag - oo lagu garto qaybo aan dhaqdhaqaaq lahayn, gariir aan la taaban karin, buuq aad u hooseeya oo dhawaaqa ah, iyo arrimaha qaab-dhismeedka milimitir-hooseeya - ayaa si dhow ula jaanqaadaya waxyaabaha muhiimka ah ee naqshadaynta ee qalabka elektaroonigga macaamiisha: yaraynta, hawlgalka aamusan, iyo is-dhexgalka aan kala go 'lahayn.
III. Qalabka Bayoolojiga
Baadhista In vitro (IVD) iyo aaladaha sayniska nolosha waxay ku tiirsan yihiin modules-yada Micro thermoeletric, walxaha Micro peltier, Micro TECs, walxaha peltier-ka yar yar si loo helo nidaaminta heerkulka saxda ah oo firfircoon:
(1) Nidaamyada falgalka silsiladda polymerase ee waqtiga-dhabta ah (qPCR), Micro TECs ,Micro thermoelectric modules (Micro TEC modules) waxay awood u siinayaan wareegga kulaylka ee millisecond-ka (heerka kulaylka ≥ 3°C/s; heerka qaboojinta ≥ 2°C/s), hubinta gaar ahaanshaha ballaarinta iyo tijaabinta dib-u-soo-saarka;
(2) Weelasha gaadiidka ee silsiladda qabow ee la qaadi karo ee daawooyinka iyo tallaallada waxay ilaaliyaan heer shaqo oo deggan 2-8°C, iyagoo buuxinaya shuruudaha u-qalmitaanka kahor ee WHO ee saadka heerkulka la xakameeyey;
(3) Falanqeeyayaasha kiimikada dhiigga iyo kiliinikada, qaboojinta maxalliga ah ee dareemayaasha sawirka CCD/CMOS (baaxadda hawlgalka: −10°C ilaa +5°C) waxay si weyn u yareysaa buuqa hadda ee mugdiga ah waxayna xoojisaa saamiga calaamadda-ilaa-sawaxanka;
(4) Qalabka caafimaadka ee bilicda leh—oo ay ku jiraan nidaamyada timaha ka saarista laysarka ee ku salaysan semiconductor-ka iyo goobaha iftiinka garaaca daran (IPL)—qaboojiyeyaasha yaryar, Micro TECs, qaybaha qaboojinta ee yar yar ee thermoelectric, waxay bixiyaan qaboojinta epidermal si loo hagaajiyo badbaadada daaweynta, waxtarka, iyo raaxada bukaanka.
IV. Elektarooniga Gawaarida
Iyadoo ay sii kordhayaan gawaarida isku xiran ee caqliga badan iyo nidaamyada taageerada darawalka ee horumarsan (ADAS), modules-yada Micro TEC, Micro TECs, modules-yada yar yar ee thermoelectric ayaa loo isticmaalaa magdhowga kulaylka ee cutubyada gudbiyaha/qaataha LiDAR, iyagoo hubinaya waxqabadka indhaha ee joogtada ah ee xaaladaha jawiga daran (−40°C ilaa +85°C). Waxaa sidoo kale lagu daray nidaamyada hoose ee xakamaynta cimilada qolka, sida qaboojiyeyaasha casriga ah ee lagu rakibay gaariga. Iyagoo leh gelinta 12 V DC, isticmaalka awoodda oo hooseeya (< 5 W caadiga ah), adkeysiga farsamada sare (gariirka-iyo shoogga-u adkaysta), iyo raad-raac aad u yar (< 10 mm²), modules-yada thermoelectric-ka Micro, modules-yada Micro peltier, modules-yada qaboojinta thermoelectric-ka Micro (modules-yada thermoelectric-ka yar) waxay buuxiyaan isku halaynta heerka baabuurta ee adag iyo shuruudaha naqshadeynta ee booska xaddidan.
V. Hawada Sare iyo Difaaca
Qalabka Micro TECs iyo Micro peltier waxay muujiyeen shaqo guul leh oo gudaha-orbit ah nidaamyada maaraynta kulaylka dayax-gacmeedka ee culeyska badan. Tusaale ahaan, cutubyo gudaha laga sameeyay ayaa lagu xaqiijiyay gaariga "Lianjian-1", taasoo awood u siineysa nidaaminta kulaylka firfircoon ee elektaroonigga muhiimka ah ee hawlgalka - oo ay ku jiraan modules-yada isgaarsiinta indhaha ee saaran iyo arraysyada diyaaradda infrared ee xasaasiga ah ee sare - jawiga booska adag. Intaa waxaa dheer, waxay taageeraan dareemayaasha infrared-ka hawada ku jira iyo nidaamyada sawir-qaadista CCD ee hawada ku jira ee heerka sayniska ah, halkaas oo xasilloonida kulaylka ee aadka u fiican ay muhiim u tahay dareenka fog ee xallinta sare iyo aqoonsiga bartilmaameedka saxda ah.
VI. Qalabka Saxnaanta Warshadaha
Codsiyada muhiimka ah waxaa ka mid ah:
(1) Xasilinta heerkulka ee ilaha bamka laysarka ee fiber-ka iyo kuwa aadka u dheereeya (xasilloonida ≤ ±0.05°C), hubinta isku dheelitirka awoodda wax soo saarka iyo daacadnimada tayada ul-dhagaxa;
(2) Qaboojinta qoto dheer ee mercury cadmium telluride (MCT) ama HgCdTe infrared detectors ee sawir-qaadayaasha kulaylka iyo falanqeeyayaasha spectroscopic (hoos u dhaca ilaa −40°C), taasoo si weyn u xakameysa buuqa kulaylka iyo hagaajinta xasaasiyadda ogaanshaha;
(3) Hawlgalka cryogenic ee kamaradaha sayniska ee CMOS ee loo isticmaalo kormeerka xiddigiska iyo kormeerka cilladaha wafer semiconductor-ka, halkaas oo qulqulka mugdiga ah ee yaraaday uu suurtogal ka dhigayo waqtiyada soo-gaadhista oo dheer iyo daacadnimada sawirka oo sareysa;
(4) Qaybaha ka hortagga uumiga ee armaajooyinka xakamaynta korontada ee deegaannada qoyaanka badan leh, iyagoo adeegsanaya qaboojinta maxalliga ah si ay si firfircoon u nidaamiyaan dhibicda dharabka iyo hubinta isku halaynta hawlgalka muddada dheer.
Midnimada farsamo iyo aan la beddeli karin ee module-ka Micro TEC, oo ah nooca thermoelectric-ga yar, wuxuu ka yimid saamaynta Peltier ee adag, kaas oo bixiya faa'iidooyin isku dhafan:
• Xakamaynta kulaylka firfircoon ee saxnaanta sare leh: waqtiga jawaab celinta kulaylka ee millisecond; saxnaanta xakamaynta heerkulka xaaladda deggan oo ka wanaagsan ±0.1°C;
• Hawlgal aamusan oo aan gariir lahayn: maqnaanshaha walxaha farsamada ee wareegaya ama isdhaafsanaya - oo ku habboon codsiyada dareenka, dareenka, iyo sawir-qaadista ee xasaasiga u ah is-waafajinta indhaha;
• Yareynta xad dhaafka ah iyo ku-daridda: oo la jaanqaadi kara baakadaha chip-on-board (COB) iyo isdhexgalka hermetic ee gudaha guryaha qalabka, taasoo awood u siinaysa xakamaynta kulaylka maxalliga ah ee sub-millimeter;
• Waaritaanka deegaanka: hawlgal aan qaboojiye lahayn; qiiqa ka soo baxa walxaha baabi'iya ozone-ka ama gaasaska aqalka dhirta lagu koriyo; si buuxda u waafaqsan heerarka sharciyeynta RoHS iyo REACH.
Faahfaahinta TES2-2402T200
Heerkulka dhinaca kulul waa 27 C,
Imax: 1.4A,
Umax: 1.98V
Qmax：> 0.7 W
ACR: 1.35 ±0.1 Ω
Delta T ugu badnaan： 99 C
Cabbirka: Cabbirka salka: 6.6 × 6.6 mm, cabbirka sare: 4X4mm,
Dhererka: 4.9±0.1mm.
Silig: 28 AWG dherer silig bir ah: 45.7 mm
Waqtiga boostada: Sebteembar-28-2026
