The TPS56425x is a simple, easy-to-use, high
efficiency, high power density, synchronous buck converter with input voltage
ranging from 3 V to 17 V and supports up to 4-A continuous current at output voltages
between 0.6 V and 10 V.
The TPS56425x employs D-CAP3 control mode to
provide a fast transient response and to support low-ESR output capacitors with no
requirement for external compensation. The device can support up to 97% duty cycle operation. Integrated
bootstrap capacitor helps achieve single layer PCB and can save total BOM
cost.
The TPS564252
operates in Eco-mode, which maintains high efficiency during light loading. The
TPS564257 operates in FCCM mode, which keeps the same frequency and lower output
ripple during all load conditions. The TPS564255 operates in OOA mode, which
prevents audio noise generation. The device integrates complete protection
through OVP, OCP, UVLO, OTP, and UVP with hiccup.
The device is available in 1.6 mm ×
1.6 mm SOT-563 package. The junction temperature is specified from –40°C to
125°C.
The TPS56425x is a simple, easy-to-use, high
efficiency, high power density, synchronous buck converter with input voltage
ranging from 3 V to 17 V and supports up to 4-A continuous current at output voltages
between 0.6 V and 10 V.
The TPS56425x employs D-CAP3 control mode to
provide a fast transient response and to support low-ESR output capacitors with no
requirement for external compensation. The device can support up to 97% duty cycle operation. Integrated
bootstrap capacitor helps achieve single layer PCB and can save total BOM
cost.
The TPS564252
operates in Eco-mode, which maintains high efficiency during light loading. The
TPS564257 operates in FCCM mode, which keeps the same frequency and lower output
ripple during all load conditions. The TPS564255 operates in OOA mode, which
prevents audio noise generation. The device integrates complete protection
through OVP, OCP, UVLO, OTP, and UVP with hiccup.
The device is available in 1.6 mm ×
1.6 mm SOT-563 package. The junction temperature is specified from –40°C to
125°C.