Reference Design Resources

The MAX32620-EVKIT is an evaluation kit for the MAX32620 Ultra-Low-Power Arm Cortex-M4 with FPU-Based Microcontroller (MCU). This MCU is designed for medical and healthcare applications, providing a powerful and efficient platform for developing and testing medical and healthcare applications. The kit includes a MAX32620 MCU, a variety of sensors, a display, and a variety of other components. The kit also includes a comprehensive software package, including a variety of example applications and libraries. The MAX32620-EVKIT is an ideal platform for developing and testing medical and healthcare applications, providing a powerful and efficient platform for developing and testing medical and healthcare applications.

The Microchip Technology DM163025-1 PICDEM Full Speed USB Demonstration Board is a consumer electronics device designed to help users learn and develop applications for the PIC microcontroller family. It features a USB 2.0 full-speed interface, a PIC18F4550 microcontroller, and a variety of on-board peripherals, including an LCD display, LEDs, switches, and a potentiometer. The board also includes a USB cable and a CD-ROM with software and documentation. It is ideal for learning and developing applications for the PIC microcontroller family, and is suitable for use in a variety of consumer electronics applications.

The MAX98306EVKIT-EVKIT# is an evaluation kit for the MAX98306 3.2W, 2-Channel, Class-D Audio Power Amplifier for Cellular Phone, Consumer Electronics, and Portable Audio Applications. This kit includes a MAX98306 evaluation board, a MAX98306 evaluation board power supply, and a MAX98306 evaluation board user guide. The MAX98306 is a high-efficiency, low-power, Class-D audio power amplifier that is designed to deliver up to 3.2W of output power into a 4Ω load. It features a low-noise, low-distortion, and low-EMI design, making it ideal for use in cellular phones, consumer electronics, and portable audio applications. The evaluation board also includes a headphone jack, a 3.5mm line-in jack, and a 3.5mm line-out jack, allowing for easy connection to external audio sources. The MAX98306EVKIT-EVKIT# is a great tool for evaluating the performance of the MAX98306 audio power amplifier.

The Microchip Technology MCP402XEV-XEV Evaluation Board for the MCP402X Digital Potentiometer for Servers, Instrumentation and Measurement is a versatile and powerful tool for evaluating the performance of the MCP402X Digital Potentiometer. This evaluation board features a wide range of features, including a 10-bit resolution, a wide range of resistance values, and a wide range of voltage ranges. It also includes a USB interface for easy connection to a PC, and a graphical user interface for easy configuration and control. The board also includes a variety of test points and connectors for easy connection to external devices. This evaluation board is ideal for testing and evaluating the performance of the MCP402X Digital Potentiometer for a variety of applications, including servers, instrumentation, and measurement.

The MAX17671FEVKIT-FEVKIT# is an evaluation kit for the MAX17671, a high-efficiency, synchronous step-down DC-DC converter with a 50mA linear regulator. This kit is designed to provide a 5V output voltage from a 4V-60V input voltage, with a maximum output current of 150mA. The MAX17671FEVKIT-FEVKIT# is ideal for power management applications, providing a reliable and efficient solution for powering a variety of devices. The kit includes all the necessary components to evaluate the MAX17671, including a power supply, a test board, and a USB cable.

The MAX17612CEVKIT-CEVKIT# is an evaluation kit for the MAX17612C 4.5V to 60V, 250mA Current-Limiter with OV, UV and Reverse Protection, Power Management IC. This kit includes a MAX17612C IC, a MAX17612CEVKIT# board, and a USB cable. The MAX17612C IC is a current-limiting power management IC that provides overvoltage, undervoltage, and reverse protection. It is designed to limit the current in a system to a safe level, protecting the system from damage due to overcurrent. The MAX17612CEVKIT# board allows users to evaluate the performance of the MAX17612C IC and to quickly and easily configure the IC for their application. The USB cable allows users to connect the board to a PC for programming and monitoring.

The MAX16126EVKIT-EVKIT# is an evaluation kit for the MAX16126 Load-Dump/Reverse-Voltage Protection Circuits, designed for automotive and transportation applications. This kit includes a MAX16126EVKIT# board, a MAX16126EVKIT# daughter board, and a MAX16126EVKIT# software package. The MAX16126EVKIT# board provides a complete evaluation platform for the MAX16126, allowing users to quickly evaluate the device's features and performance. The MAX16126EVKIT# daughter board provides a convenient way to connect the MAX16126 to a variety of automotive and transportation systems. The MAX16126EVKIT# software package provides a graphical user interface for configuring and testing the MAX16126. The MAX16126EVKIT-EVKIT# is an ideal solution for evaluating the MAX16126 in automotive and transportation applications.

The MAX17601EVKIT-EVKIT# is an evaluation kit for the MAX17601 4A Sink/Source Current, 12ns, Dual MOSFET Driver, Power Management IC. This kit includes a MAX17601 evaluation board, a USB cable, and a power supply. The MAX17601 is a dual MOSFET driver IC that is designed to provide high-speed switching and low-power operation. It features a 12ns propagation delay, 4A sink/source current, and a wide operating voltage range of 2.7V to 5.5V. The MAX17601EVKIT-EVKIT# is ideal for evaluating the performance of the MAX17601 in a variety of applications, such as motor control, power management, and LED lighting.

The Microchip Technology DM182016-3 MiWi Demo Kit is a comprehensive development platform for wireless networking applications. It is based on the MRF89XA 915-MHz RF Transceiver, which is a low-power, high-performance radio transceiver designed for use in the ISM (Industrial, Scientific, and Medical) band. The kit includes a range of components and tools to help developers create and test their own wireless networking applications. It includes a USB-based programmer, a MiWi protocol stack, a range of sample applications, and a range of hardware components such as antennas, transceivers, and other components. The kit also includes a range of documentation and tutorials to help developers get started.

The MAX14699EVKIT-EVKIT# is an evaluation kit for the MAX14699 High-Accuracy, Surge-Protected Overvoltage Protector, Consumer Electronics. This kit provides a complete platform for evaluating the MAX14699 device, which is designed to protect consumer electronics from overvoltage conditions. The kit includes a MAX14699 evaluation board, a USB-to-I2C interface board, and a USB cable. The evaluation board features a MAX14699 device, a voltage regulator, and a set of test points for measuring the device's performance. The USB-to-I2C interface board allows the user to control the MAX14699 device via a PC. The kit also includes a comprehensive user guide, which provides detailed instructions on how to use the kit and evaluate the MAX14699 device.

The ON Semiconductor NB7L14MMNGEVB-MMNGEVB Differential Clock Evaluation Board is a communications and telecom board designed to evaluate the performance of differential clock signals. It features a differential clock input, a differential clock output, and a differential clock output buffer. The board also includes a power supply, a ground plane, and a test point for measuring the differential clock signal. The board is designed to provide a reliable and accurate evaluation of differential clock signals, making it ideal for use in communications and telecom applications.

The ON Semiconductor NB6N14SMNGEVB-SMNGEVB Clock/Data Receiver Evaluation Board is a communications and telecom device designed to evaluate the performance of the NB6N14SMNGEVB Clock/Data Receiver. This evaluation board features a wide range of features, including a high-speed differential clock input, a differential data input, and a differential data output. It also includes a power supply, a reference clock, and a test point for monitoring the output signal. The board is designed to provide a reliable and accurate evaluation of the NB6N14SMNGEVB Clock/Data Receiver, allowing users to quickly and easily assess its performance.