MAXREFDES1131: 0.72V/12A power supply for Xilinx Ultrascale+ FPGA

The MAXREFDES1131 provides the internal core voltage (V_CCINT) for Xilinx Ultrascale+ FPGAs. This reference design targets FPGAs with a -2L speed grade that require 0.72V for V_CCINT from a 12V intermediary bus. The converter supports a maximum load of 12A at a 400kHz switching frequency.

2018 Electronic Competition Question B-Fire Fighting Aircraft (Dalian University of Technology)

Schematic PCB

Complete IO-Link sensor-transmitter reference design with 24-bit RTD front end

This reference design is a resistance thermometer (RTD) front end with an IO-Link compatible sensor transmitter. This design uses the well-proven IO-LINK PHY and stack, and a 6mm wide form factor (compatible with standard M12 connectors) to quickly start IO-Link device development. TI also provides test results demonstrating the high accuracy of this RTD design (measurement error of 0.17°C over the -200°C to 850°C temperature range). The design also complies with IEC 61000-4-2, IEC 61000-4-4, IEC 61000-4-5 and IEC 60255-5 standards, ensuring reduced time to market for real-world industrial applications. This design comes with a software package that provides a complete solution to speed your sensor transmitter time to market.

Schematic PCB

PX4 Robotic Drone Vehicle/Flight Management Unit (VMU/FMU) - RDDRONE-FMUK66

Schematic PCB

MAXREFDES1086: 91.4% Efficient Small Form Factor, 5V/500mA, Synchronous, Optocouplerless, Flyback DC-DC Converter

Due to its simplicity and low cost, the flyback converter is the preferred choice for low-to-medium isolated DC-DC power-conversion applications. However, the use of an optocoupler or an auxiliary winding on the flyback transformer for voltage feedback across the isolation barrier increases the number of components and design complexity. The MAX17690 eliminates the need for an optocoupler or auxiliary transformer winding and achieves ±5% output voltage regulation over line, load, and temperature variations.

Full-bridge DC-DC power supply basic simulation circuit

KIT07XS6517EVB: Evaluation Kit - MC07XS6517, Triple Channel High-Side Switch

RDR-669 - 5W, 85-265 VAC, constant voltage (CV) adapter based on LinkSwitch-CV

Schematic PCB

MAXREFDES1188: 7.5W, 12V offline flyback converter using MAX17595

12V Offline Flyback Converter Using the MAX17595

MC33665 Evaluation Board with CAN FD Gateway and Isolated Daisy Chain Communication

Schematic PCB

Single-phase sub-electricity meter for smart buildings

The Energy Monitor is designed as a complete set of tools for measuring and displaying the energy consumption of individual loads within a smart building, such as major appliances. This tool allows engineers to quickly evaluate TI's solutions for low-cost energy metering applications. The reference design comes with hardware and software design files to speed engineers' development process. The energy monitor design can also be expanded to integrate with TI's ZigBee and Wifi reference designs to add wireless communication capabilities to the end product.

Schematic PCB

Half-bridge (HB) AC-DC power supply basic simulation circuit

KIT34675EPEVBE: Evaluation Kit - 34675, Single-cell Li-Ion Battery Charger

MAXREFDES1017: Optional single-output SEPIC converter

The MAX16990 is a high-performance, current-mode PWM controller with 4μA (typ) shutdown current for wide input voltage range boost/SEPIC converters.

LIS3DHH adapter board, standard DIL 24 socket

LIS3DHH adapter board for standard DIL24 sockets

Schematic PCB

STTS751 based temperature probe kit

STTS751 based temperature sensor kit

Schematic PCB

LIS3MDL adapter board, standard DIL24 socket

LIS3MDL adapter board for standard DIL24 sockets

Schematic PCB

ISM330DLC adapter board, standard DIL24 socket

ISM330DLC adapter board for standard DIL24 socket

Schematic PCB

FRDM33771CSPEVB: MC33771C evaluation board with SPI communication

Schematic PCB

All-ceramic capacitor solution for 112W long string LED boost driver

This reference design uses the MAX16834 to create a high-powered LED driver for a very long string(s) of LEDs. The LED current is adjustable with a potentiometer, and can be set as high as 1.5A into as many as 20 LEDs (75V total). For long life, ceramic capacitors are used for both input and output decoupling.