| No. | Partie # | Fabricant | Description | Fiche Technique |
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BPS |
Buck and Buck-Boost DC/DC LED Driver Wide 3V to 60V Input Voltage Range Supporting Boost, Buck-Boost, Buck Topology Integrated 70V/300mΩ MOSFET ±3% LED Output Current Accuracy Combined Analog and PWM Dimming Fixed 420kHz operating Frequency Adjustable Soft-Start Cycle-by |
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BPS |
Buck and Buck-Boost DC/DC LED Driver |
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BPS |
30V/750mA High Dimming Ratio LED Constant Current Driver Simple low parts count Wide input voltage range: 5V to 30V Typical ±3% output current accuracy LED open-circuit protection LED short-circuit protection Up to 800mA output current Single pin on/off and brightness control using DC voltage |
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BPS |
3-Channel PWM Dimmable LED Linear Driver 3-channel with Separate PWM Control Integrated with triple 40V/200mA MOS Standby Current ＜100uA Single resistor sets 3-channel output current Support up to 10kHz PWM frequency ±4% LED output current ±3% LED output current between 3-chan |
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BPS |
30V/500mA High Dimming Ratio LED Constant Current Driver Simple low parts count Wide input voltage range: 5V to 30V Typical ±3% output current accuracy LED open-circuit protection LED short-circuit protection Internal thermal shutdown protection. Up to 500mA output current Single DIM pin on |
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BPS |
Step-Up Constant Current LED Driver 4.5V~24V input voltage range Up to seven 1W LED strings is drived when VIN=12V Higher than 90% efficiency Less than 1uA MOSFET leakage current 200mV current sense voltage 1A current limit Soft start Input under-voltage lockout O |
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BPS |
Boost LED constant current driver 1601 LED ( 4, 5) VIN VUVLO VUVLO, HYS VFB IBIAS IOFF ISTBY IOP FSW DMAX VEN_H VEN_L REN RON ILIMIT ILEAK VOV VOV_HYS tSST TSD TSD-hys Threshold Hysteresis TSD TSD-hys （ VIN=5V, TA=25 C） o FB FB EN EN EN Threshold Hysteresis |
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BPSEMI |
Standalone Linear Li-Ion Charger Programmable charge current up to 1.2A No MOSFET, sense resistor or blocking diode required Complete linear charger in TDFN-10 for single cell li-ion batteries Thermal regulation maximizes charge rate without risk of overheating package and |
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