TPSM8S6C24MOYR中文資料德州儀器數(shù)據(jù)手冊PDF規(guī)格書

1 Features

? Integrated extended security feature

? 4.25 V to 16 V with PVIN tied to AVIN with internal

LDO

? 2.95 V to 16 V with PVIN and AVIN split rail, or

with external bias on VDD5

? Integrated MOSFETs, inductors, and basic

passives

? Average current mode control with selectable

internal compensation

? 0.5-V to 3.6-V output voltage range from through

pinstrap

? 0.25-V to 3.6-V PMBus? VOUT_COMMAND range

? Extensive PMBus command set with telemetry for

VOUT, IOUT, and die temperature

? Differential remote sensing with an internal FB

divider for < 1 VOUT error

? –40°C to +125°C TJ

? AVS and margining capabilities through PMBus

? Multi function select (MSEL) pins for pinstrap

programming PMBus defaults

? Nine selectable switching frequencies from

275 kHz to 1.1 MHz

? Frequency sync in, sync out

? Supports prebiased output

? 16-mm × 11-mm × 4.3-mm, 45-pin MOY package

? Create a custom design using the TPSM8S6C24

with the WEBENCH? Power Designer

2 Applications

? Data center switches, rack servers

? Active antenna system, remote radio, and

baseband unit

? Automated test equipment, CT, PET, and MRI

? ASIC, SoC, FPGA, DSP core, and I/O voltage

3 Description

TPSM8S6C24 is a highly integrated, easy-to-use,

non-isolated DC/DC buck power module with added

manufacturer-specific PMBus commands and the

addition of EXTENDED_WRITE_PROTECT and

PASSKEY improves security against malicious access

to the PMBus by restricting Write capability with

greater resolution than the standard Write Protect

command.

TPSM8S6C24 is a 35-A power module and can

source up to 140-A with 4 × stackability. The device

has an option to overdrive the internal 5-V LDO with

an external 5-V supply to enable lower input voltage

range down to 2.95 V and improve the efficiency of

the converter.

TPSM8S6C24 power module uses a proprietary fixedfrequency

current-mode control with input feedforward

and selectable internal compensation components for

minimal size and stability over a wide range of output

capacitances.