DescriptionThe VB025MSP is a high voltage power integrated circuit made using STMicroelectronics VIPower Technology, with vertical current flow power darlingtonand logic level compatible driving circuit. The features of the VB025MSP are: (1)Optimized for Intel VR10 applications; (2)VIN = 12V; (3...
VB025MSP: DescriptionThe VB025MSP is a high voltage power integrated circuit made using STMicroelectronics VIPower Technology, with vertical current flow power darlingtonand logic level compatible driving cir...
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The VB025MSP is a high voltage power integrated circuit made using STMicroelectronics VIPower Technology, with vertical current flow power darlingtonand logic level compatible driving circuit.
The features of the VB025MSP are: (1)Optimized for Intel VR10 applications; (2)VIN = 12V; (3)Phase switching frequencies of 250kHz to 1MHz; (4)Phase current capability up to 25A; (5)High Side P-channel MOSFET; (6)Low Side MOSFET drivers; (7)Accurate, lossless, Current Sense; (8)Programmable MOSFET non-overlap timing (through the ISL6590 Digital Controller); (9)Active Transient Response (ATR) minimizes voltage droop/overshoot during large load current transients.; (10)Serial control interface for system monitoring and; (11) configuration (with ISL6590 Controller); (12)Provides an optimal power solution when combined with; (13)the ISL6590 Digital Controller; (14)Digital interface for high noise immunity and point-of-load placement; (15)On board analog-to-digital converters
The absolute maximum ratings of the VB025MSP are: (1)Collector Voltage: -0.3 to Vclamp V ; (2)Collector Current: 10 A ; (3)DC Current on Emitter Power: ± 10.5 (*) A ; (4)Driving Stage Supply Voltage: -0.3 to 7 V ; (5)Driving Circuitry Supply Current: ± 200 mA ; (6)DC Current on Ground Pin: ±1 A ; (7)Input Voltage: -0.3 to VCC + 0.3 V ; (8)Maximum Input Current: 100 mA ; (9)Logic Input Frequency in Operative Mode: DC to 150 Hz ; (10)Output Voltage Primary Threshold Current Level: -0.3 to VCC + 0.3 V ; (11)Flag Output Current: 100 mA ; (12)Power Dissipation (TC = 105 ): TBD W ; (13)Clamped Energy During Output Power Clamping: 300 mJ ; (14)ESD Voltage: ±4 KV ; (15)ESD Voltage: ±2 KV ; (16)Input Darlington Base Current: 150 mA ; (17)VBD Input Darlington Base Voltage Internally Limited V.