The TPS51367 is a high-voltage input, synchronous converter with integrated FET, based on
DCAP-2 control topology, which enables fast transient response
and supports both POSCAP and all MLCC output capacitors. TI proprietary FET technology combined
with TI leading-edge package technology provides the highest density solution for single-output
power rail such as VCCIO and VDDQ for DDR notebook memory, or any point-of-load (POL) in wide
application.
The key feature of the TPS51367 is its ULQ™ Mode to enable low-bias current (100 µA in
low power mode, enabled by LP#). This feature is extremely beneficial for long battery life in
system standby mode.
The feature set includes switching frequency of 800 kHz. Programmable soft-start time
with an external capacitor. auto skip, pre-bias startup, integrated bootstrap switch, power good,
enable and a full suite of fault protection schemes, including OCL, UVP, OVP, 5-V UVLO and thermal
shutdown.
It is packaged in 3.5 mm × 4.5 mm, 0.4-mm pitch, 28-pin QFN (RVE), and specified from
10°C to 85°C.
The TPS51367 is a high-voltage input, synchronous converter with integrated FET, based on
DCAP-2 control topology, which enables fast transient response
and supports both POSCAP and all MLCC output capacitors. TI proprietary FET technology combined
with TI leading-edge package technology provides the highest density solution for single-output
power rail such as VCCIO and VDDQ for DDR notebook memory, or any point-of-load (POL) in wide
application.
The key feature of the TPS51367 is its ULQ™ Mode to enable low-bias current (100 µA in
low power mode, enabled by LP#). This feature is extremely beneficial for long battery life in
system standby mode.
The feature set includes switching frequency of 800 kHz. Programmable soft-start time
with an external capacitor. auto skip, pre-bias startup, integrated bootstrap switch, power good,
enable and a full suite of fault protection schemes, including OCL, UVP, OVP, 5-V UVLO and thermal
shutdown.
It is packaged in 3.5 mm × 4.5 mm, 0.4-mm pitch, 28-pin QFN (RVE), and specified from
10°C to 85°C.