MICRF300-433 EV

Series:	--
Part Status:	Discontinued at Digi-Key
Type:	Amplifier
Frequency:	433.92MHz
For Use With/Related Products:	MICRF300
Supplied Contents:	Board(s)

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RF Evaluation and Development Kits, Boards

The MICRF300-433 evaluation and development board provides a versatile platform for prototyping, development, and evaluation of 433MHz short range RF applications. The board includes a Texas Instruments CC430F6137 microcontroller and transceiver and a 20-Pin low-power RF header connected to an Antenna Board with a self-contained 433MHz circularly polarized whip antenna. This evaluation and development board is used to demonstrate and evaluate the versatility and performance of Bluetooth Low Energy (BLE) technology and is particularly suitable for developers who need to transition quickly from the laboratory to production.

Features

The MICRF300-433 board offers the following features:• Access to a full range of CC430F6137’s features such as low-power MSP technology• Dedicated boosterpack expansion connectors allow access to analog, digital, and RF peripherals on the Boosterpack form factor• A comprehensive development environment is provided, including MSP430Ware, Code Composer Studio, and 3rd party operating systems• 8-bit TIMER-A to allow for precise timing and I/O control• Dedicated 20-Pin header for access to the full 20-Pin range of CC430F6137 RFTX/RX signals such as RSSI, LNA, DCXO, and PA.

Application Field

The MICRF300-433 evaluation and development board is an excellent choice for any range of 433MHz application development projects. This board can be used for a variety of applications such as consumer electronics, home automation, security, and medical device development. This board supports a wide range of modulations, including 2-FSK, 3-FSK, GFSK, ASK, OOK, and MSK as well as more advanced modulations like FSK/PSK with FFT. With its versatility and features, this board can be used as an evaluation platform for remote control systems, radio-controlled toys, wireless sensor systems, and satellite communication systems.

Working Principle

The MICRF300-433 board utilizes Texas Instruments CC430F6137 microcontroller and transceiver in order to communicate over 433MHz frequencies. The board contains a dedicated 20-pin low-power RF header that is connected to an Antenna Board with a self-contained 433MHz circularly polarized whip antenna. This board also provides access to a full range of services from the CC430F6137 such as low-power MSP, 8-bit timer-A, dedicated boosterpack expansion connectors, and other features necessary to help developers achieve their audio interface objectives. The board also includes an integrated debugger for ease of programming and debugging.To send information over 433MHz, the board utilizes radio frequency (RF) signals. The board has an onboard Transmitter (Tx) that is used to broadcast data over the radio frequency range. The Receiver (Rx) then decodes the signal and identifies the data that is transmitted. The board works similarly when transmitting information. The Tx is used to send out a signal in the specified radio frequency range. The signal is received by the Receiver (Rx) and the information is then decoded. The received information can then be used by the microcontroller to interact with the specified function or device. The radio frequency signals used by the board for transmission and reception are an important part of the board\'s operation. The board utilizes a variety of techniques to optimize the signal in order to minimize more any unwanted noise or interference from other sources.

Conclusion

The MICRF300-433 development board provides a versatile platform for testing, development, and evaluation of 433MHz short range RF applications. The board includes a variety of features, such as low-power MSP technology, 8-bit timer-A, dedicated boosterpack expansion connectors, a comprehensive development environment, and access to a full range of peripheral signals from the CC430F6137. With its versatility and features, this board is an ideal solution for developers who need to transition quickly from laboratory to production. Furthermore, the board provides access to a full range of radio frequency (RF) signals, enabling developers to quickly and easily send and receive information over 433MHz frequencies without any unwanted noise or interference.

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