MAX17574EVKITB#: 5V @ 3A, 6.5 ~ 60 Vin, Buck

Summary

The MAX17574 5V output evaluation kit (EV kit) provides a proven design to evaluate the MAX17574 high-voltage, high-efficiency, synchronous step-down DC-DC converter. The EV kit is preset for 5V output at load currents up to 3A and features a 500kHz switching frequency for optimum efficiency and component size. The EV kit features adjustable input undervoltage lockout, adjustable soft-start, open-drain RESET signal, and external frequency synchronization.

The EV kit includes an EN/UVLO PCB pad and jumper JU1 to enable the output at a desired input voltage.

The SYNC PCB pad and jumper JU3 allow an external clock to synchronize the device. Jumper JU2 allows the selection of a particular MODE/SYNC of operation based on light-load performance requirements. An additional RESET PCB pad is available for monitoring whether the converter output is in regulation.

Specifications

Manufacturer	Analog Devices Inc./Maxim Integrated
Category	AC/DC and DC/DC Conversion
Sub-Category	DC/DC SMPS - Single Output
Eval Board Part Number	MAX17574EVKITB#-ND
Eval Board Supplier	Analog Devices Inc./Maxim Integrated
Eval Board	Board not Stocked
Topology	Step Down
Outputs and Type	1 Non-Isolated
Voltage Out: Factory Set	5 V
Current Out	3 A
Voltage In	6.5 ~ 60 V
Efficiency @ Conditions	>92%, 12V in, 5V @ 0.3 ~ 3 A >91%, 24V in, 5V @ 0.7 ~ 3 A >89%, 36.0V in, 5V @ 0.9 ~ 3 A >87%, 48V in, 5V @ 1 ~ 3 A
Voltage Out Range	0.9 ~ 90% Vin
Features	Current Limit (Adj. or Fixed) Over Current Protection Pre-Biased Startup Shutdown, Enable, Standby Soft Start Synchronizable Thermal Protection Under Voltage Protection, Brown-Out
Switching Frequency	100 kHz ~ 2.2 MHz
Standby Current [Typical]	2.8 µA
Quiescent Current [Typical]	14 mA
Component Count + Extras	20 + 12
Internal Switch	Yes
Design Author	Maxim Integrated Products
Application / Target Market	Point of Load (PoL) Power: Auxiliary Power Supply Power: Industrial Power
Standby Current [Maximum]	4.5 µA
Quiescent Current [Maximum]	- Not Given
Main I.C. Base Part	MAX17574
Date Created By Author	2016-12
Date Added To Library	2017-09