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LM5170 is a product from TI that can control current in both directions in multiple phases. Find data sheet, technical documentation, design and development resources, ordering and quality information, and support and training for LM5170.
LM5170-Q1 控制器为汽车类 48V 和 12V 双电池系统的双通道双向转换器提供必要的高电压和精密元器件。 该器件可按照 DIR 输入信号指定的方向调节高压和低压端口间的平均电流。
View LM5170 datasheet for technical specifications, dimensions and more at DigiKey.
Texas Instruments LM5170-Q1 Bi-Directional Current Controller provides the essential high voltage and precision elements of a dual-channel bidirectional converter for automotive 48V and 12V dual battery systems. This device regulates the average current flowing between the high voltage and low voltage ports in the direction designated by the DIR input signal. The current regulation level is ...
LM5170-Q1 is a dual-channel bidirectional current controller for automotive 48-V and 12-V dual battery systems. It features 1% accurate current regulation, 5-A half-bridge gate drivers, diode emulation, overvoltage protection and more.
Part #: LM5170. Download. File Size: 4MbKbytes. Page: 71 Pages. Description: LM5170 Multiphase Bidirectional Current Controller. Manufacturer: Texas Instruments.
Texas Instruments' LM5170-Q1 is suitable for the bidirectional DC-DC converters for the automotive 48 V and 12 V dual battery systems, and battery backup systems.
The LM5170 is a dual-channel bidirectional converter that regulates the current between high voltage and low voltage ports. It has programmable current limit, frequency, dead-time, and enable inputs, as well as integrated protection features and diode emulation mode.
The LM5170 controller provides the essential high voltage and precision elements of a dual-channel bidirectional converter. It regulates the average current flowing between the high voltage and low voltage ports in the direction designated by the DIR input signal.
The LM5170 device is a high performance, dual-channel bidirectional current controller intended to manage current transfer between a Higher Voltage Port (HV-Port) and a Lower Voltage Port (LV-Port).