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Evaluation Kits

Hercules RM57Lx LaunchPad Development Kit

Texas Instruments
The Hercules™ RM57Lx Launchpad™ Development Kit is based on the highest performance Hercules MCU RM57L843 – lockstep cached 330MHz ARM® Cortex®-R5F based RM series MCU. Hercules MCUs are designed to aid in the development of IEC 61508 functional safety industrial and medical applications. The LaunchPad features connectivity options such as IEEE 1588 precision time Ethernet PHY DP83630 and has the capability in addition to the standard BoosterPack headers, for further expansion to an FPGA or an external SRAM using high density connectors for MCU’s parallel interfaces - EMIF, RTP and DMM. The RM57Lx MCUs include many diagnostic features such ECC protection for CPU caches & other memories and a rich set of peripherals such as two 12-bit ADCs, programmable High-End timers, motor control peripherals (eQEP, eCAP, ePWM), Ethernet, MibSPI, EMIF and many serial communication interfaces. This LaunchPad is pre-programmed with a Hercules safety MCU demo enabling users to easily learn about the key safety, data acquisition and control features of the Hercules MCU platform. Features: USB powered and capability for external 5v supply On board USB XDS_ICDIc2 JTAG debug IEEE 1588 precision time Ethernet PHY DP83630 On board SCI to PC serial communication User programmable push buttons Reset switches LEDs and Analog input Two 40 pin BoosterPack XL Headers (one populated) High density connectors for parallel ports (EMIF, RTP, DMM) for further expansion Footprint for prototyping headers (not populated) to bring out all MCU Pins External high-speed emulation via 14-pin TI-JTAG header (not populated) What's included: RM57L843 LaunchPad Evaluation board USB micro cable Quick Start Guide

TPD6F002-Q1 6-Ch EMI Filter for LCD Display/Keypad Application Evaluation Module

Texas Instruments
TPD6F002-Q1 6-Ch EMI Filter for LCD Display/Keypad Application Evaluation Module

MSP430 Solar Energy Harvesting Development Tool

Texas Instruments
The eZ430-RF2500-SEH is a complete Solar Energy Harvesting development kit to help create a perpetually powered wireless sensor network based on the ultra-low-power MSP430 microcontroller. The Solar Energy Harvester module includes a high-efficiency solar (2.25x2.25”) panel optimized for operating indoors under low-intensity fluorescent lights, which provides enough power to run a wireless sensor application with no additional batteries. Inputs are also available for external energy harvesters such as thermal, piezoelectric, or another solar panel. The system also manages and stores additional energy in a pair of thin-film rechargeable EnerChips from Cymbet which are capable of delivering enough power for 400+ transmissions. The EnerChips act as an energy buffer that stores the energy while the application is sleeping and has light available to harvest. The batteries are environmentally friendly and can be recharged thousands of times. They also have a very low self discharge, which is vital for a no-power, energy harvesting system. The eZ430-RF2500 is used to run the energy harvesting application. It is a complete USB-based MSP430 wireless development tool and provides all the hardware and software necessary to use the MSP430F2274 microcontroller and CC2500 2.4-GHz wireless transceiver. It includes a USB debugging interface that allows for real-time, in-system debugging and programming for the MSP430, and it is also the interface to transfer data to a PC from your wireless system. The integrated temperature and RF signal strength indicators can be used to monitor the environment, and many external sensors can be used to collect additional data. The eZ430-RF2500-SEH Sensor Monitor is a complete open source application that includes an example energy-aware project to test your hardware and may be used as a framework for your energy harvesting project. Firmware is provided for the MSP430 as well as a PC demo application to display the data samples from your wireless network. The ECCN (Export Control Classification Number) classification for this tool will be the same as the included microcontrollers. To find ECCN information for a microcontroller, see the datasheet for that device. Any use made of Texas Instruments (TI) classifications, whether it be ECCNs or HTS, is without recourse to TI and at the user’s risk. HTS and export classifications are subject to change. Your company, as the exporter of record, is responsible for determining the correct classification of any item at the time of export. Any HTS or export classification by TI is for TI’s internal use only and shall not be construed as a representation or warranty regarding the proper export classification nor relied upon to make licensing determinations. Features: Efficient solar energy harvesting module for the eZ430-RF2500 Battery-less operation Works in low ambient light 400+ transmissions in dark Adaptable to any RF network or sensor input Inputs available for external harvesters (thermal, piezo, 2nd solar panel, etc.) USB debugging and programming interface with application backchannel to PC 18 available analog and communications input/output pins Highly integrated, ultra-low-power MSP430 MCU with 16-MHz performance Two green and red LEDs for visual feedback Interruptible push button for user feedback What's included: Two eZ430-RF2500T wireless target boards One eZ430-RF USB debugging interface One AAA battery pack with expansion board (batteries included) One SEH-01 Solar Energy Harvester Board

DRV11873 Evaluation Module for 12V, 3-Phase Sensor-Less BLDC Motor Controller

Texas Instruments
DRV11873 Evaluation Module for 12V, 3-Phase Sensor-Less BLDC Motor Controller

TPS92411 Floating Switch evaluation board module for 120VAC Linear Direct Drive of LEDs

Texas Instruments
TPS92411 Floating Switch evaluation board module for 120VAC Linear Direct Drive of LEDs

LDC1314 Evaluation Module for Inductance to Digital Converter with Sample PCB Coils

Texas Instruments
LDC1314 Evaluation Module for Inductance to Digital Converter with Sample PCB Coils

DRV10983 Three-Phase Brushless Motor Driver Evaluation Module

Texas Instruments
The DRV10983EVM (evaluation module) serves as a user-friendly evaluation kit to demonstrate TI’s brushless motor driver DRV10983. A GUI  software and user guide are provided to help customers tune and configure Sensorless BLDC motors for proper operation. This EVM is a high-performance, power-efficient, cost-effective platform that speeds development for quicker time to market. Features: 8-28V supply voltage range 2.0A continuous / 3A peak output current PWM, I2C or onboard analog potentiometer speed control  USB2ANY board included for I2C GUI communication

I2C Controlled 3A Single Cell USB NVDC-1 Charger with Adjustable Voltage USB OTG Evaluation Module

Texas Instruments
I2C Controlled 3A Single Cell USB NVDC-1 Charger with Adjustable Voltage USB OTG Evaluation Module

1 Series, 2 Series, 3 Series, and 4 Series Li-Ion Battery Pack Manager Evaluation Module

Texas Instruments
BQ40z50EVM is a complete system useful for evaluating the functionality of the bq40z50 fuel gauge. As described on the BQ40z50 product folder, this gauge is appropriate for applications powered by multi-cell battery systems. The EVM includes one bq40z50 circuit module, a current sense resistor, and four thermistors. Features: Populated circuit module for quick setup Software allows data logging for system analysis Complete evaluation system for the bq40z50 battery management IC

Displaying 21 - 40 of 4811

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