Reference Design Resources

The Analog Devices EVAL-ADF9010EBZ1 Evaluation Board is designed for use with the ADF9010 RF Front End, which is a highly integrated, low-power, single-chip transceiver for Industrial, Scientific, and Medical (ISM) Band applications. This evaluation board provides a platform for evaluating the performance of the ADF9010 in a variety of applications, including wireless sensor networks, medical telemetry, and industrial automation. The board includes a variety of features, such as a USB interface, a power supply, and a variety of test points for measuring the performance of the ADF9010. The board also includes a variety of software tools for configuring and testing the ADF9010. The EVAL-ADF9010EBZ1 Evaluation Board is an ideal platform for evaluating the performance of the ADF9010 in a variety of ISM Band applications.

The MAX20034HFEVKIT-HFEVKIT# is an evaluation kit for the MAX20034 high-efficiency 2.2MHz, 36V, dual buck controller with 17uA quiescent current. This kit is designed for automotive and transportation applications, and provides a complete platform for evaluating the performance of the MAX20034. The kit includes a MAX20034HFEVKIT# board, a MAX20034HFEV# evaluation board, and a MAX20034HFEV# evaluation board. The MAX20034HFEVKIT# board features a wide input voltage range of 4.5V to 36V, and provides two independent buck converters with adjustable output voltages. The MAX20034HFEV# evaluation board features a wide input voltage range of 4.5V to 36V, and provides two independent buck converters with adjustable output voltages. The MAX20034HFEV# evaluation board also includes a USB-based GUI for easy configuration and monitoring of the MAX20034. The kit also includes a comprehensive set of documentation, including a user guide, application notes, and design files.

The MAX22191PMB-PMB# Peripheral Module for the MAX22191 Parasitically Powered Digital Input, Instrumentation and Measurement IC is a compact, easy-to-use evaluation board that allows users to quickly evaluate the features and performance of the MAX22191 IC. The board includes a MAX22191 IC, a power supply, and a set of jumpers and connectors for easy connection to external components. The board also includes a set of LEDs and switches for user control and monitoring. The MAX22191PMB-PMB# is an ideal tool for evaluating the MAX22191 IC and its features, such as its low-power operation, high-accuracy measurements, and wide range of input and output options.

The Microchip Technology HV9971DB1-DB1 Isolated Constant-Current HV9971 LED Driver Demo Board is a lighting solution designed to provide a reliable and efficient way to power LEDs. This demo board is equipped with the HV9971 LED driver, which is capable of driving up to 1.2A of current and up to 36V of voltage. The board also features an isolated power supply, allowing for safe and reliable operation. The board is designed to be used with a wide variety of LED configurations, making it a versatile solution for lighting applications. Additionally, the board is equipped with a variety of features, such as over-temperature protection, over-voltage protection, and short-circuit protection, ensuring a safe and reliable operation.

The Microchip Technology MD1715DB2-DB2, MD1715DB2 Demo Board is a powerful instrumentation and measurement tool based on the MD1715 + TC8020 High Speed ±100V 3.2A Pulser. It is designed to provide a comprehensive platform for testing and evaluating the performance of the MD1715 + TC8020 High Speed ±100V 3.2A Pulser. The board features a wide range of features, including a high-speed pulse generator, a high-speed analog-to-digital converter, a high-speed digital-to-analog converter, a high-speed digital signal processor, and a high-speed digital logic analyzer. The board also includes a variety of connectors and test points for easy connection to external devices. The board is ideal for use in a variety of applications, including power electronics, motor control, and instrumentation and measurement.

The Microchip Technology HV7100DB1-DB1, HV7100DB1, +24V/+48V Fan Driver/Controller Demo Board is a versatile communications and telecom solution designed to provide reliable and efficient fan control. This demo board features a high-voltage, low-power HV7100DB1 fan driver/controller IC, which is capable of driving up to two fans with a maximum current of 1.5A. The board also includes a variety of communication and telecom features, such as a USB interface, RS-232 serial port, and a CAN bus interface. The board is designed to be used with a variety of fan types, including DC brushless, AC brushless, and stepper motors. The board also includes a variety of protection features, such as over-current, over-voltage, and thermal protection. The HV7100DB1-DB1 demo board is an ideal solution for applications requiring reliable and efficient fan control.

The Maxim Integrated MAX31855PMB1-PMB1#, MAX31855PMB1#, Peripheral Module for the MAX31855 Cold-Junction Compensated Thermocouple-to-Digital Converter is a high-performance, automotive-grade solution for measuring temperature in automotive and transportation applications. This module is designed to provide accurate temperature readings from thermocouples, and features a cold-junction compensation circuit that eliminates the need for a separate cold-junction reference. The module also includes a 16-bit ADC, a temperature-to-digital converter, and a digital filter for noise reduction. The module is designed to operate over a wide temperature range, and is suitable for use in harsh environments. It is also RoHS compliant and is designed to meet the requirements of automotive and transportation applications.

The Microchip Technology ADM00823-ADM00823, ADM00823, MIC22950 10A Synch Buck Regulator Evaluation Board is a power management solution designed to provide efficient and reliable power conversion for a variety of applications. This evaluation board is equipped with a MIC22950 10A Synch Buck Regulator, which is capable of delivering up to 10A of continuous output current. The board also features a wide input voltage range of 4.5V to 28V, adjustable output voltage, and a wide range of protection features. This evaluation board is ideal for evaluating the performance of the MIC22950 Synch Buck Regulator in a variety of applications, such as automotive, industrial, and consumer electronics.

The MAX35104EVKIT2-EVKIT2# is an evaluation kit for the MAX35104 Gas Flow Meter SoC from Maxim Integrated. This kit provides a comprehensive platform for evaluating the performance of the MAX35104 SoC, which is designed for instrumentation and measurement applications. The kit includes a MAX35104EVKIT2# board, a MAX35104EVKIT2# daughter board, and a MAX35104EVKIT2# software package. The board features a MAX35104 SoC, a MAX35104EVKIT2# daughter board, and a MAX35104EVKIT2# software package. The daughter board provides a variety of analog and digital interfaces, including a USB port, a UART port, and a SPI port. The software package includes a GUI, a library of example programs, and a set of tools for configuring and testing the MAX35104 SoC. The MAX35104EVKIT2-EVKIT2# is an ideal platform for evaluating the performance of the MAX35104 SoC for instrumentation and measurement applications.

The kit includes two boards, one for the MAX9060 and one for the evaluation board. The MAX9060 is a single comparator with a wide input voltage range of 2.7V to 5.5V and a wide output voltage range of 0.8V to 5.5V. It features a low-power shutdown mode, a low-power active mode, and a low-power standby mode. The evaluation board includes a power supply, a test point, and a USB interface for programming and debugging. The kit also includes a user guide, a software package, and a set of cables. The MAX9060EVKIT+ is ideal for evaluating the MAX9060 in consumer electronics and industrial applications.

The MAX14885EEVKIT+ Evaluation Kit for the MAX14885E Low-Capacitance VGA 2:2 Dual-Graphics Crossover Switch is a comprehensive evaluation platform for evaluating the performance of the MAX14885E in industrial temperature range applications. The kit includes two MAX14885E devices, two VGA cables, and a USB-to-I2C adapter. The kit also includes a Windows-based GUI software that allows users to quickly configure the MAX14885E for their application. The MAX14885E is a low-capacitance VGA 2:2 dual-graphics crossover switch that supports up to two VGA inputs and two VGA outputs. It features low power consumption, low crosstalk, and low EMI. The MAX14885E is ideal for applications such as industrial displays, medical imaging, and automotive infotainment systems.

The ON Semiconductor NCL30160GEVB-GEVB Evaluation Board is an ideal solution for automotive, industrial, and general lighting applications. It uses the NCL30160 Buck Controller to provide a reliable LED driver. This board is designed to be used in automotive and transportation applications, and is capable of providing a wide range of output current and voltage levels. It features a wide input voltage range, low quiescent current, and high efficiency. The board also includes a variety of protection features, such as over-voltage, over-temperature, and short-circuit protection. This evaluation board is a great choice for automotive and transportation applications, and is sure to provide reliable and efficient LED driver performance.