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Analog Reference Designs

While digital electronics get all the glory, analog electronics will always be the interface between the real world and digital domain. From data conversion to amplification to switches, browse our analog knowledge base or read about new technologies and the engineers and processes behind them.

Reference Design Block Diagram of 100W USB Power Delivery (PD) Adaptor with Multi-Output based on Renesas Solution

100W USB Power Delivery (PD) Adaptor with Multi-Output based on Renesas Solution

This Renesas design includes a boost power factor correction (PFC), quasi-resonant (QR) flyback controller power, DC/DC buck, USB power delivery (PD) controller, and an MCU.

Reference Design Block Diagram of 300W Wireless Power Transfer-Transmitter based on Microchip Solution

300W Wireless Power Transfer-Transmitter based on Microchip Solution

Reference Design of a Power-Efficient 300W Wireless Power Transfer-Transmitter based on Microchip Solution.

Reference Design Block Diagram of Adaptive Front LED Lights based on Nexperia Solution

Adaptive Front LED Lights based on Nexperia Solution

Generic reference design for adaptive front LED lights. Features driver MOSFETs enabled by LFPAK56. It also has ESD protection, Schottky rectifiers, a high side switch of 80V.

Reference Design Block Diagram of AMD Artix 7 Power based on STMicroelectronics Solution

AMD Artix 7 Power based on STMicroelectronics Solution

Power solution for AMD Artix-7 devices. This design is partially based on Avnet's board: STMicroelectronics Power Module (AES-POM-SGS1-G).

Reference Design Block Diagram of AMD Artix 7 Power Tree (High Power) based on Microchip Solution

AMD Artix 7 Power Tree (High Power) based on Microchip Solution

Artix 7 High Power Tree based on Microchip Power Solution featuring the MIC24046 Programmable Step-Down Converter.

Reference Design Block Diagram of AMD Artix 7 Power Tree (Low Power) based on Microchip Solution

AMD Artix 7 Power Tree (Low Power) based on Microchip Solution

Artix 7 Low Power Tree based on Microchip Power Solution featuring the MIC24046 Programmable Step-Down Converter.

Reference Design Block Diagram of AMD Artix 7 Power Tree (Mid Power) based on Microchip Solution

AMD Artix 7 Power Tree (Mid Power) based on Microchip Solution

Artix 7 Mid Power Tree based on Microchip Power Solution featuring the MIC24046 Programmable Step-Down Converter.

Reference Design Block Diagram of AMD Artix 7 Power Tree based on MPS Solution

AMD Artix 7 Power Tree based on MPS Solution

Generic power solution for use with the AMD Artix-7, based on MPS solution.

Reference Design Block Diagram of AMD Artix 7 Power Tree based on onsemi Solution

AMD Artix 7 Power Tree based on onsemi Solution

The AMD Artix 7 Power Tree is a power management solution that provides the necessary power rails to the FPGA using onsemi's key power devices.

Reference Design Block Diagram of AMD Artix 7 Power Tree Using PMIC based on MPS Solution

AMD Artix 7 Power Tree Using PMIC based on MPS Solution

Design for powering AMD Artix 7 family of FPGAs using PMIC with built in power sequencing.

Reference Design Block Diagram of AMD Artix 7 Smallest Footprint Power Tree based on MPS Solution

AMD Artix 7 Smallest Footprint Power Tree based on MPS Solution

This is a design for powering the AMD Artix 7 family of FPGAs optimized for the smallest footprint featuring the MPM54304 Power Module.

Reference Design Block Diagram of AMD Artix UltraScale+ (AU10P-AU15P) Power Tree based on onsemi Solution

AMD Artix UltraScale+ (AU10P-AU15P) Power Tree based on onsemi Solution

The AMD Artix UltraScale+ (AU10P/AU15P) Power Tree is a power management solution for the Artix UltraScale+ FPGA Family using onsemi's key power devices.

Reference Design Block Diagram of AMD Artix UltraScale+ (AU20P-AU25P) Power Tree based on onsemi Solution

AMD Artix UltraScale+ (AU20P-AU25P) Power Tree based on onsemi Solution

The AMD Artix UltraScale+ (AU20P/AU25P) Power Tree is a power management solution for the Artix UltraScale+ FPGA Family using onsemi's key power devices.

Reference Design Block Diagram of AMD Artix UltraScale+ AU10P Minimum Power Rails (Lowest Cost) based on MPS Solution

AMD Artix UltraScale+ AU10P Minimum Power Rails (Lowest Cost) based on MPS Solution

This is a design for powering the AMD Artix UltraScale+ AU10P with MPS Power Solution featuring the MP5416 5V PMIC.

Reference Design Block Diagram of AMD Artix UltraScale+ AU10P Minimum Power Rails Smallest Size based on MPS Solution

AMD Artix UltraScale+ AU10P Minimum Power Rails Smallest Size based on MPS Solution

Design for powering AMD Artix UltraScale+ AU10P with MPS Power Solution featuring the MPM54304 Power Module.

Reference Design Block Diagram of AMD Artix UltraScale+ AU15P Minimum Power Rails (Lowest Cost) based on MPS Solution

AMD Artix UltraScale+ AU15P Minimum Power Rails (Lowest Cost) based on MPS Solution

This is a design for powering the AMD Artix UltraScale+ AU15P with MPS Power Solution featuring the MP5416 5V PMIC.

Reference Design Block Diagram of AMD Artix UltraScale+ AU15P Minimum Power Rails Smallest Size based on MPS Solution

AMD Artix UltraScale+ AU15P Minimum Power Rails Smallest Size based on MPS Solution

This is a design for powering AMD Artix UltraScale+ AU15P optimized for Smallest Size with mininum rails using MPS Power devices.

Reference Design Block Diagram of AMD Artix UltraScale+ AU20P Minimum Power Rails (Lowest Cost) based on MPS Solution

AMD Artix UltraScale+ AU20P Minimum Power Rails (Lowest Cost) based on MPS Solution

This is a design for powering the AMD Artix UltraScale+ AU20P with MPS Power Solution featuring the MP5416 5V PMIC.

Reference Design Block Diagram of AMD Artix UltraScale+ AU20P Minimum Power Rails Smallest Size based on MPS Solution

AMD Artix UltraScale+ AU20P Minimum Power Rails Smallest Size based on MPS Solution

This is a design for powering the AMD Artix UltraScale+ AU20P with MPS Power Solution featuring the MP54304 5V PMIC.

Reference Design Block Diagram of AMD Artix UltraScale+ Power Design based on Renesas Solution

AMD Artix UltraScale+ Power Design based on Renesas Solution

AMD Artix UltraScale+ Power Tree based on Renesas solution

Reference Design Block Diagram of AMD Artix US+ AU20P-25P Lowest Cost Power Tree based on MPS Solution

AMD Artix US+ AU20P-25P Lowest Cost Power Tree based on MPS Solution

Lowest cost AMD Artix UltraScale+ AU20P-25P power rails, based on MPS solution.

Reference Design Block Diagram of AMD Artix US+ Power Tree based on onsemi Solution

AMD Artix US+ Power Tree based on onsemi Solution

onsemi Power Tree Solution for AMD Artix US+ FPGAs.

Reference Design Block Diagram of AMD FPGA RFSoC Power Tree based on Renesas Solution

AMD FPGA RFSoC Power Tree based on Renesas Solution

Reference Design of a power management solution for AMD FPGAs, based on Renesas multiphase PMICs and power modules.

Reference Design Block Diagram of AMD Kintex 7 Power Tree (High Power) based on Microchip Solution

AMD Kintex 7 Power Tree (High Power) based on Microchip Solution

Power solution for Kintex 7 FPGA (High Power). Output of 1V and up to 10A or a 1.8V/0.3A and a 1.5V/1.5A rail, the Kintex 7 High Power solution gives excellent performance.

Reference Design Block Diagram of AMD Kintex 7 Power Tree (Low Power) based on Microchip Solution

AMD Kintex 7 Power Tree (Low Power) based on Microchip Solution

Power solution for Kintex 7 Power Tree (Low Power) with 1V/1.3A, 1.8V/0.3A and 1.5V/1.5A rails.

Reference Design Block Diagram of AMD Kintex 7 Power Tree (Mid Power) based on Microchip Solution

AMD Kintex 7 Power Tree (Mid Power) based on Microchip Solution

Power solution for Kintex 7 Power Tree (Mid Power) with 1V/6.1A, 1.8V/0.3A and 1.5V/1.5A rails. 12V power supply.

Reference Design Block Diagram of AMD Kintex 7 Rad-Hard Power Tree based on STMicroelectronics Solution

AMD Kintex 7 Rad-Hard Power Tree based on STMicroelectronics Solution

Radiation hardened power tree for AMD's Kintex-7 FPGA(XC7K1600T-2FB484I), based on STMicroelectronics solutions.

Reference Design Block Diagram of AMD Kintex 7 Smallest Size Power Management (High Power) based on MPS Solution

AMD Kintex 7 Smallest Size Power Management (High Power) based on MPS Solution

This is a design for powering the AMD Kintex 7 family of FPGAs optimized for Smallest size and High Power featuring the MPM3685-10 Power Module.

Reference Design Block Diagram of AMD Kintex 7 Smallest Size Power Management (Low Power) based on MPS Power Solution

AMD Kintex 7 Smallest Size Power Management (Low Power) based on MPS Power Solution

This is a design for powering the AMD Kintex 7 family of FPGAs optimized for Smallest size and Low Power featuring the MPM3632S Power Module.

Reference Design Block Diagram of AMD Kintex 7 Smallest Size Power Management with GTX (High Power) based on MPS Solution

AMD Kintex 7 Smallest Size Power Management with GTX (High Power) based on MPS Solution

This is a design for powering the AMD Kintex 7 family of FPGAs with GTX, optimized for Smallest size and High Power featuring the MPM3685-10 Power Module.

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