The TPS92518 family of parts are dual channel buck LED current
controllers with a SPI communications interface. The serial communication interface provides a
singular communication path for multichannel and platform lighting driver module (LDM)
applications.
The TPS92518 uses a quasi-hysteretic control method that supports
switching frequencies ranging from 1 kHz to 2 MHz. This control method enables superior, high
frequency shunt FET dimming and also handles the demanding dynamic loads of adaptive LED matrix
based headlamp systems.
Software programmable SPI set points (Precision Peak Current, Controlled Off-Time and
Output Voltage Sense) enables designers to develop a single LED driver solution for multiple load
configurations that can be quickly reconfigured for future LED driver design requirements.
The TPS92518 device has an input range up to 42 V. The
TPS92518HV is a high-voltage option with an input range up to
65 V.
The TPS92518 family of parts are dual channel buck LED current
controllers with a SPI communications interface. The serial communication interface provides a
singular communication path for multichannel and platform lighting driver module (LDM)
applications.
The TPS92518 uses a quasi-hysteretic control method that supports
switching frequencies ranging from 1 kHz to 2 MHz. This control method enables superior, high
frequency shunt FET dimming and also handles the demanding dynamic loads of adaptive LED matrix
based headlamp systems.
Software programmable SPI set points (Precision Peak Current, Controlled Off-Time and
Output Voltage Sense) enables designers to develop a single LED driver solution for multiple load
configurations that can be quickly reconfigured for future LED driver design requirements.
The TPS92518 device has an input range up to 42 V. The
TPS92518HV is a high-voltage option with an input range up to
65 V.