BSP742T Simba Shandura ICs – Kugovera Simba SMART HI SIDE SWITCH .8A
♠ Tsanangudzo yeChigadzirwa
Product Attribute | Attribute Value |
Mugadziri: | Infineon |
Product Category: | Simba Switch ICs - Power Distribution |
RoHS: | Details |
Type: | High Side |
Nhamba Yezvinobuda: | 1 Output |
Output Current: | 800 mA |
Current Limit: | 4 A |
Pakupokana - Max: | 350 mOhms |
Nenguva - Max: | 140 isu |
Off Time - Max: | 170 isu |
Operating Supply Voltage: | 5 kusvika ku34 V |
Minimum Operating Temperature: | - 40 C |
Maximum Operating Temperature: | + 150 C |
Mounting Style: | SMD/SMT |
Pakeji/Nyaya: | DSO-8 |
Qualification: | AEC-Q100 |
Kurongedza: | Reel |
Kurongedza: | Cheka Tape |
Kurongedza: | MouseReel |
Brand: | Infineon Technologies |
Inonzwa Kunyorova: | Ehe |
Pd - Kubvisa Simba: | 1.5 W |
Product: | Simba Switch |
Product Type: | Simba Switch ICs - Power Distribution |
Factory Pack Quantity: | 2500 |
Subcategory: | Shandura ICs |
Supply Voltage - Max: | 34 V |
Supply Voltage - Min: | 5 V |
Chikamu # Mazita: | BSP742TNT SP000311133 BSP742TXT BSP742TXUMA1 |
Unit Weight: | 83.070 mg |
♠ Smart Power High-Side-Switch
N channel vertical power FET ine pombi yekuchaja, pasi inoratidzwa neCMOS inopindirana yekupinda uye yekuongorora mhinduro, monolithically yakabatanidzwa muSmart SIPMOS tekinoroji.Inopa embedded dziviriro mabasa.
• Kudzivirirwa kwepamusoro
• Kuganhurirwa kwazvino
• Kudzivirirwa kwedunhu pfupi
• Thermal shutdown nekutangazve
• Overvoltage protection (kusanganisira load dump)
• Fast demagnetization of inductive mitoro
• Reverse kudzivirira bhatiri nekunze resistor
• Open drain diagnostic output
• Vhura kutarisa kwekutakura mu OFF - State
• CMOS inopindirana mapindiro
• Kurasikirwa kweGND uye kurasikirwa kwekudzivirira kwevbb
• ESD – Dziviriro
• Yakaderera zvakanyanya standby current
- AEC inokodzera
- Green chigadzirwa (RoHS inoenderana)
• Mhando dzose dzekudzivirira, inductive uye capacitive mitoro
• µC inoenderana nemagetsi switch ye12 V uye 24 V DC maapplication
• Inotsiva electromechanical relays uye discrete circuits