TLV2211CDBVR tare da babban fitarwa na yanzu (10mA)
TLV2211CDBVR tare da babban fitarwa na yanzu (10mA)
Abubuwan da suka dace don TLV2211
●Fitowar Fitowa Ya Haɗa Dukan Rail ɗin Kayayyaki
●Ƙaramar Hayaniyar...21 nV/ Hz Buga a f = 1 kHz
●Ƙaramar Input Bias Na Yanzu...1 pA Nau'in
●Maƙarƙashin Ƙarfin Ƙarfi...11 µA Kowane Tashoshi
●Hanyar Shiga-Gaba-Gaba-Gabatar Wutar Wuta ta Haɗa da Rail mara kyau
●Mai Faɗin Samar da Wutar Lantarki 2.7 V zuwa 10 V
● Akwai a cikin Kunshin SOT-23
●Macromodel Ya Haɗa
Advanced LinCMOS alamar kasuwanci ce ta Texas Instruments.
Takardar bayanan TLV2211
TLV2211 ƙaramar ƙaramar ƙarfin ƙarfin aiki ɗaya ce wacce ake samu a cikin fakitin SOT-23.Yana cinye kawai 11 µA (nau'in) na wadata na yanzu kuma yana da kyau don aikace-aikacen wutar lantarki.TLV2211 yana da matakin amo na 3-V na 22 nV/Hz a 1kHz;5 sau ƙasa da m SOT-23 micropower mafita.Na'urar tana nuna aikin fitowar layin dogo zuwa dogo don haɓaka kewayo mai ƙarfi a aikace-aikacen samarwa guda-ko tsaga.TLV2211 yana da cikakkiyar sifa a 3 V da 5 V kuma an inganta shi don aikace-aikacen ƙananan ƙarfin lantarki.
TLV2211, yana nuna babban shigarwar shigarwar da ƙaramar amo, yana da kyau ga ƙananan sigina na sigina don maɓuɓɓugan maɗaukaki, irin su piezoelectric transducers.Saboda matakan watsawar micropower da aka haɗa tare da aikin 3-V, waɗannan na'urori suna aiki da kyau a cikin saka idanu na hannu da aikace-aikace na nesa.Bugu da ƙari, fasalin fitowar layin dogo zuwa dogo tare da kayayyaki guda ɗaya ko tsaga ya sa wannan dangi ya zama babban zaɓi yayin da ake yin mu'amala tare da masu juyawa na analog-zuwa-dijital (ADCs).
Tare da jimlar yanki na 5.6mm2, Kunshin SOT-23 kawai yana buƙatar kashi ɗaya bisa uku na sararin allo na daidaitaccen fakitin SOIC 8-pin.Wannan ƙaramin ƙaramin kunshin yana bawa masu ƙira damar sanya amplifiers guda ɗaya kusa da tushen siginar, yana rage ɗaukar hayaniya daga dogayen alamun PCB.TI kuma ya ɗauki kulawa ta musamman don samar da pinout wanda aka inganta don shimfidar allo.GND ta raba duk abubuwan da aka shigar don hana haɗawa ko hanyoyin zubewa.OUT da IN- tashoshi suna kan ƙarshen hukumar don ba da ra'ayi mara kyau.A ƙarshe, samun saitin resistors da decoupling capacitor ana sauƙin sanyawa kewaye da kunshin.
1. Su wanene ma'aikata a sashen ku na R & D?Menene cancantarku?
-R & D Darakta: tsara tsarin R & D na kamfanin na dogon lokaci da fahimtar alkiblar bincike da ci gaba;Jagora da kula da sashen r&d don aiwatar da dabarun r&d na kamfani da shirin R&D na shekara-shekara;Sarrafa ci gaban ci gaban samfur kuma daidaita shirin;Ƙirƙiri kyakkyawan bincike na samfur da ƙungiyar haɓakawa, dubawa da horar da ma'aikatan fasaha masu alaƙa.
R & D Manager: yi sabon samfurin R & D shirin da kuma nuna yiwuwar shirin;Kulawa da sarrafa ci gaba da ingancin aikin r&d;Bincika sabon haɓaka samfuri kuma ba da shawarar ingantattun hanyoyin magance buƙatun abokin ciniki a fannoni daban-daban
Ma'aikatan R&d: tattarawa da tsara mahimman bayanai;Shirye-shiryen kwamfuta;Gudanar da gwaje-gwaje, gwaje-gwaje da nazari;Shirya kayan aiki da kayan aiki don gwaje-gwaje, gwaje-gwaje da nazari;Yi rikodin bayanan ma'auni, yin lissafi kuma shirya sigogi;Gudanar da binciken ƙididdiga
2. Menene bincike da ra'ayin haɓaka samfuran ku?
- Tunanin samfur da zaɓin ra'ayin samfur da ma'anar samfur na kimantawa da ƙirar tsarin aiki da gwajin samfur na haɓakawa da ƙaddamarwa ga kasuwa.
