BSP742T Imbaraga Zihindura IC - Gukwirakwiza Amashanyarazi SMART HI Side SWITCH .8A
Description Ibisobanuro
| Ibiranga ibicuruzwa | Ikiranga Agaciro |
| Uruganda: | Infineon |
| Icyiciro cy'ibicuruzwa: | Guhindura ingufu za IC - Gukwirakwiza ingufu |
| RoHS: | Ibisobanuro |
| Ubwoko: | Uruhande rwo hejuru |
| Umubare w'ibisohoka: | 1 Ibisohoka |
| Ibisohoka Ibiriho: | 800 mA |
| Imipaka igezweho: | 4 A. |
| Kurwanya - Maks: | 350 mOhms |
| Ku gihe - Max: | 140 twe |
| Igihe cyo Kureka - Max: | 170 twe |
| Gukoresha Amashanyarazi: | 5 V kugeza 34 V. |
| Ubushyuhe buke bwo gukora: | - 40 C. |
| Ubushyuhe ntarengwa bwo gukora: | + 150 C. |
| Uburyo bwo Kuzamuka: | SMD / SMT |
| Ipaki / Urubanza: | DSO-8 |
| Ibisabwa: | AEC-Q100 |
| Gupakira: | Reel |
| Gupakira: | Kata Tape |
| Gupakira: | MouseReel |
| Ikirango: | Ikoranabuhanga rya Infineon |
| Ubushuhe bukabije: | Yego |
| Pd - Gukwirakwiza imbaraga: | 1.5 W. |
| Igicuruzwa: | Amashanyarazi |
| Ubwoko bwibicuruzwa: | Guhindura ingufu za IC - Gukwirakwiza ingufu |
| Ingano y'ipaki y'uruganda: | 2500 |
| Icyiciro: | Hindura IC |
| Gutanga Umuvuduko - Byinshi: | 34 V. |
| Gutanga Umuvuduko - Min: | 5 V. |
| Igice # Aliases: | BSP742TNT SP000311133 BSP742TXT BSP742TXUMA1 |
| Uburemere bw'igice: | 83.070 mg |
Power Imbaraga Zubwenge Zirenze-Kuruhande
N umuyoboro uhagaze imbaraga FET hamwe na pompe yishyurwa, hasi yerekanwe na CMOS ihuza ibitekerezo hamwe nibitekerezo byo kwisuzumisha, bihujwe na tekinoroji ya Smart SIPMOS.Gutanga ibikorwa byo kurinda byashyizwemo.
• Kurinda birenze urugero
• Imipaka igezweho
• Kurinda umuzunguruko mugufi
• Guhagarika ubushyuhe hamwe no gutangira
• Kurinda birenze urugero (harimo no guta imizigo)
• Kwihutisha demagnetisation yimitwaro yivangura
• Hindura kurinda bateri hamwe na rezistor yo hanze
• Fungura imiyoboro yo kwisuzumisha
• Fungura imitwaro muri OFF - Leta
• CMOS yinjiza
• Gutakaza GND no gutakaza uburinzi bwa vbb
• ESD - Kurinda
• Umuyoboro muto cyane
- AEC yujuje ibyangombwa
- Igicuruzwa kibisi (cyujuje RoHS)
• Ubwoko bwose bwimitwaro irwanya, inductive na capacitive imitwaro
• µC ihuza imbaraga zihinduranya kuri 12 V na 24 V DC
• Gusimbuza ibyuma bya elegitoroniki na sisitemu yihariye
