MSP430FR2311 Launch Pad Development Kit
The MSP430FR2311 Launch Pad development kit offers a rapid and convenient solution for various devices such as the MSP430FR2000, MSO430FR21xx, and MSP430FR23xx MCUs. This board includes all the necessary components for simple programming, emulation, debugging, and energy measurements. It also boasts integrated features like LED capabilities and an optical sensor interface, providing high-quality resources for efficiently developing and testing prototypes.
The MSP430FR2311 Launch Pad development kit is well-known for its ability to test and develop light sensor projects. This includes measuring light intensity, supported by an integrated op-amp unit for high-quality analog features. These features include op-amp, comparator, and ADC integration, making it simple to incorporate industrial sensors and create a single-chip solution for multiple sensing applications. Additionally, the board boasts the world’s first MCU with a configurable low-leakage transimpedance amplifier, offering 50pA current leakage and 4KB of FRAM unified memory.
To enhance the potential of rapid development using this board, its 20-pin expansion header allows for seamless integration of Booster pack plug-in modules.
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The MSP-EXP430FR2311 is built on experimental silicon, specifically the prototype device MSP430FR2311IPW20. MSP430FR2311 Launch Pad development kit  has not yet passed Texas Instruments’ internal reliability qualification process. It should be noted that this development kit is meant for prototyping purposes and not suitable for use in production systems. As a result, the device is being used as is, without any warranty from Texas Instruments regarding its fitness for a specific purpose.
Characteristics of MSP430FR2311 Launch Pad development kit:
- The 16-bit MSP430FR2311 MCU, featuring 4KB of FRAM and ultra-low power consumption.
- The option to utilize EnergyTrace technology enables ultra-low-power debugging.
- The 20-pin LaunchPad adheres to the standard and takes advantage of the BoosterPack ecosystem.
- Featuring eZ-FET emulation integrated on board
- 1 button and 2 light-emitting diodes (LEDs) for user interaction.
- The UART connected to the PC through USB, allowing for back-channel communication.
- Photonic light detection circuit
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