• Part: MPC22163-130
  • Description: 130A high-efficiency step-down power module
  • Manufacturer: Monolithic Power Systems
  • Size: 138.31 KB
Download MPC22163-130 Datasheet PDF
Monolithic Power Systems
MPC22163-130
MPC22163-130 is 130A high-efficiency step-down power module manufactured by Monolithic Power Systems.
DESCRIPTION The MPC22163-130 is a dual-phase, nonisolated, high-efficiency step-down power module. It integrates driver MOSFETs (Dr MOS) and inductors to provide high efficiency and a small footprint, which is ideal for server applications. The MPC22163-130 has two independent outputs, which can be used separately or in parallel. It can achieve up to 130A (65A/phase) of output current (IOUTx) across a wide input voltage (VIN) range. The MPC22163-130 offers many Features to simplify system design. The device works with tri-state pulse-width modulation (PWM) signal controllers, has Accu-Sense TM current sensing to monitor the inductor current (IL), and has temperature sensing to report the junction temperature (TJ). The MPC22163-130 is available in an LGA-72 (9mmx10mmx7.65mm) package. 130A, Dual-Phase Intelli-Module TM with Quiet Switcher TM Technology Features - Quiet Switcher TM Technology (QST) Limits Peak Switching Voltages - Wide 4V to 16V Input Voltage (VIN) Range - Up to 130A Continuous Output Current (IOUTx) - Accu-Sense TM Current Sense (CS) - Temperature Sense - patible with Tri-State Pulse-Width Modulation (PWM) Signals - Over-Current Protection (OCP) - Over-Temperature Protection (OTP) - Fault Reporting - Typical Weight: 2.6g - Available in an LGA-72 (9mmx10mmx7.65mm) Package APPLICATIONS - Servers and puting - Field-Programmable Gate Arrays (FPGAs) and ASIC Core Power - Graphic Card Core Regulators All MPS parts are lead-free, halogen-free, and adhere to the Ro HS directive. For MPS green status, please visit the MPS website under Quality Assurance. “MPS”, the MPS logo, and “Simple, Easy Solutions” are trademarks of Monolithic Power Systems, Inc. or its subsidiaries. TYPICAL APPLICATION VCC EN1 EN2 PWM1 PWM2 IMON1 IMON2 TMON1 TMON2 EFFICIENCY (%) Efficiency vs. Load...