MP20045
Active Part Numbers:
MP20045DN-18-LF-P MP20045DN-18-LF-Z MP20045DN-LF-P MP20045DN-LF-Z MP20045DQ-18-LF-P MP20045DQ-18-LF-Z MP20045DQ-25-LF-P MP20045DQ-25-LF-Z MP20045DQ-33-LF-P MP20045DQ-33-LF-Z MP20045DQ-LF-P MP20045DQ-LF-Z MP20045DN-15-LF MP20045DN-15-LF-Z MP20045DN-18-LF MP20045DN-25-LF MP20045DN-25-LF-P MP20045DN-25-LF-Z MP20045DN-33-LF MP20045DN-33-LF-P MP20045DN-33-LF-Z MP20045DN-LF MP20045DQ-1.8-LF MP20045DQ-1.8-LF-P MP20045DQ-1.8-LF-Z MP20045DQ-15-LF-P MP20045DQ-15-LF-Z MP20045DQ-18-LF MP20045DQ-25-LF MP20045DQ-3.3-LF MP20045DQ-3.3-LF-P MP20045DQ-3.3-LF-Z MP20045DQ-33-LF MP20045DQ-LF
Meaning of P & Z 
Evaluation Tools
EV20045DN-00A Evaluation Kit Low Noise, 1A, Linear Regulator EV Board
The EV20045DN-00A evaluation board demonstrates the performance of MP20045, a low noise and low dropout linear regulator. It operates from a 2.5V to 5.5V input voltage and the output voltage can be set externally which ranges from 1.5V to 5V.
The EV20045DN-00A can supply up to 1A of load current, and features current limiting, over temperature protection and power-good status.
An internal PMOS pass element is used to allow a low 110uA ground current, marking the MP20045 suitable for battery-power devices.
MP20045 Resources
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KINTEX - 7 SMALLEST SIZE POWER MANAGEMENT REFERENCE DESIGN -
VIRTEX 7 SMALLEST SIZE POWER MANAGEMENT REFERENCE DESIGN -
ZYNQ ULTRASCALE+ MPSOC DISCRETE PMIC POWER SOLUTIONThis is a power solution for AMD Xilinx Zynq UltraScale+ MPSoC’s XCZU3EG using discrete PMICs and LDOs. This solution meets the tight regulation of each rail in a small footprint.
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ZYNQ ULTRASCALE + MPSOC PMIC MODULE POWER SOLUTIONThis is a power solution for AMD Xilinx Zynq UltraScale+ MPSoC’s XCZU3EG using PMIC modules and LDOs. This solution meets the tight regulation of each rail in a small footprint.
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VERSAL AI EDGE (AUTOMOTIVE) FULL POWER MANAGEMENT REFERENCE DESIGN -
VERSAL AI EDGE (AUTOMOTIVE) –M, H DEVICES REFERENCE DESIGN -
ARTIX ULTRASCALE+ AU10P/15P MINIMUM RAILS – HIGHEST POWER REFERENCE DESIGN -
ZU1/2/3 MINIMUM RAILS HIGHEST POWER -
ARTIX ULTRASCALE+ AU20P/25P MINIMUM RAILS – LOWEST COST -
ARTIX ULTRASCALE+ AU10P/15P MINIMUM RAILS – SMALLEST SIZE -
ZU1/2/3 FULL POWER MANAGEMENT – SMALLEST SIZE -
SPARTAN 7 PMIC SOLUTION WITH POWER SEQUENCING FOR HIGH POWER APPLICATIONS (4-12VIN)This reference design is intended for powering AMD Xilinx Spartan7 family of FPGAs (S6 - S100). This PMIC based solution combines a small footprint with good efficiency and tight regulation for a low cost solution. The internal sequencer ensures power up and power down sequencing requirements. MP5470 PMIC has 4x bucks, Vin range 6.5V to 16V, I2C support and available in a 3x4mm QFN package. ...
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SPARTAN 7 SMALLEST SIZE MODULE SOLUTION (HIGH POWER APPLICATIONS)This reference design is intended for powering AMD Xilinx Spartan7 family of FPGAs (S6 - S100). This PMIC Module based solution combines a small footprint with good efficiency and tight regulation for a low cost solution. The internal sequencer ensures power up and power down sequencing requirements. MPM54304 has 4x bucks, Vin range of 4V to 16V, I2C support and is available in a 7mmx7mm LGA packa...
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VU57P ULTRASCALE+ EXTENDED PORTFOLIO SMALLEST SIZE POWER MANAGEMENT REFERENCE DESIGN -
VU57P ULTRASCALE+ EXTENDED PORTFOLIO HIGHEST SIZE POWER MANAGEMENT REFERENCE DESIGN -
ZYNQ ULTRASCALE+ MPSOC REFERENCE DESIGN FOR 3V-6V BATTERY APPLICATIONS -
ZYNQ ULTRASCALE+ MPSOC REFERENCE DESIGN FOR 6V-16V BATTERY APPLICATIONS -
ZYNQ ULTRASCALE+ MPSOC 8 RAIL DISCRETE POWER MANAGEMENT REFERENCE DESIGNThis is a scalable design for powering the AMD Xilinx Zynq UltraScale+ MPSoC family (ZU2 to ZU19). This discrete solution combines a small footprint with excellent efficiency and tight regulation. An external sequencer meets power up and power down sequencing requirements.
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HIGH POWER SOLUTION FOR VIRTEX ULTRASCALE -
LOW TO MEDIUM POWER SOLUTION FOR VIRTEX ULTRASCALE -
SCALABLE POWER SOLUTION FOR KINTEX ULTRASCALE -
RFSOC GEN2/GEN3 REFERENCE DESIGN WITH FULL PMBUS SUPPORT -
ZYNQ7000 REFERENCE DESIGN USING PMIC MODULEThe MPS Reference design for the AMD Xilinx Zynq-7000 SoC is centered around MPM54304 Quad PMIC module with 4 outputs (3A/3A/2A/2A) and two LDO regulators to provide all power rails to Zynq SoC. MPM54304 outputs can be paralleled for design flexibility and it includes built-in power sequencing. This design can operate from a 4V-16V input supply.
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RFSOC GEN2/GEN3 REFERENCE DESIGN USING DISCRETE REGULATORS -
RFSOC GEN2/GEN3 REFERENCE DESIGN USING MODULES
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