The MCPF1412 energy module with built-in I2C and PMBus interfaces for versatile configuration and monitoring
AI on the edge is driving elevated integration and energy consumption, requiring superior energy administration options for industrial automation and information middle functions. Microchip Expertise introduced the MCPF1412, a extremely environment friendly and totally built-in point-of-load 12A energy module with a 16V VIN buck converter and assist for I2C and PMBus interfaces.
The MCPF1412 energy module is designed to ship superior efficiency and reliability, guaranteeing environment friendly energy conversion and lowered power loss. Its compact type issue of 5.8 mm × 4.9 mm × 1.6 mm and progressive Land Grid Array bundle considerably cut back the required board house by over 40% in comparison with conventional discrete options. This discount in measurement, coupled with enhanced reliability and minimized PCB switching and RF noise, positions the MCPF1412 as a number one business gadget.
“The MCPF1412 is very appropriate with our FPGAs and PCIe options, offering a complete resolution for Microchip clients,” mentioned Rudy Jaramillo, vice chairman of Microchip’s analog energy interface division. “This progressive resolution minimizes house utilization by lowering chip placements when mixed with different Microchip gadgets.”
The MCPF1412M06 is a flexible gadget that gives important flexibility for configuration and system monitoring by way of the I2C and PMBus interfaces. Moreover, it helps standalone operation with no digital interface, permitting designers to simply configure output voltages utilizing easy resistor divider changes and monitor the system through the Energy Good output.
Different key options of the MCPF1412 embrace a number of diagnostic features similar to over-temperature, over-current and over-voltage safety for improved efficiency and reliability. The working temperature vary is TJ −40°C to +125°C. An on-board embedded EEPROM is out there for programming the default power-up configuration.
Microchip gives a variety of DC-DC energy modules with enter voltages from 5.5-70V, obtainable in ultra-compact, rugged and thermally enhanced packaging to enhance excessive energy density.
