The TLVM236x5 is a 1.5A or
2.5A, 36V input synchronous step-down DC/DC power module that combines flip chip on
lead (FCOL) packaging, power MOSFETs, integrated inductor and boot capacitor in a
compact and easy-to-use 3.5mm × 4.5mm × 2mm, 11-pin QFN package. The small HotRod™ QFN package technology enhances the thermal performance, ensuring high ambient temperature operation. devices can be
configured for 1V up to 6V output with a resistor feedback divider.
The TLVM236x5 is specifically
designed to meet low standby power requirements for always on, industrial
applications. Auto mode enables frequency fold back when operating at light loads,
allowing a no load current consumption of 1.5µA at 13.5V VIN and high
light load efficiency. A seamless transition between PWM and PFM modes along with
low MOSFET on resistances provide exceptional efficiency across the entire load
range.
The TLVM236x5 uses peak
current mode architecture with internal compensation to maintain stable operation
with minimal output capacitance. The RT pin can be used to set the
frequency between 200kHz and 2.2MHz to avoid noise sensitive frequency bands.
The TLVM236x5 is a 1.5A or
2.5A, 36V input synchronous step-down DC/DC power module that combines flip chip on
lead (FCOL) packaging, power MOSFETs, integrated inductor and boot capacitor in a
compact and easy-to-use 3.5mm × 4.5mm × 2mm, 11-pin QFN package. The small HotRod™ QFN package technology enhances the thermal performance, ensuring high ambient temperature operation. devices can be
configured for 1V up to 6V output with a resistor feedback divider.
The TLVM236x5 is specifically
designed to meet low standby power requirements for always on, industrial
applications. Auto mode enables frequency fold back when operating at light loads,
allowing a no load current consumption of 1.5µA at 13.5V VIN and high
light load efficiency. A seamless transition between PWM and PFM modes along with
low MOSFET on resistances provide exceptional efficiency across the entire load
range.
The TLVM236x5 uses peak
current mode architecture with internal compensation to maintain stable operation
with minimal output capacitance. The RT pin can be used to set the
frequency between 200kHz and 2.2MHz to avoid noise sensitive frequency bands.