CC430F5125IRGZT

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RF Transceiver ICs consist of an integrated radio frequency (RF) transmitter and a receiver, allowing them to both transmit and receive signals within a given frequency range. The CC430F5125IRGZT is a member of the CC430 family of RF transceiver ICs and so integrates a modem, microcontroller, peripheral, and RF functionality into a single-chip solution that supports both Bluetooth Low Energy (BLE) and ZigBee standards.

Primarily, the CC430F5125IRGZT’s application field is the wireless sensor end-node. It supports multiple wireless protocol standards, allowing it to be used in various systems such as health care, home automation, office automation, automotive, and consumer electronics. Additionally, the CC430F5125IRGZT enables secure communication through encryption and authentication-based algorithms. This makes the transceiver appropriate for a wide variety of uses, from smart lighting to asset tracking.

The CC430F5125IRGZT works by enabling secure, low-power, wireless connectivity between end-nodes. Its integrated modem, microcontroller, and peripheral are combined on a single chip and facilitate the communication of data between nodes. The chip also enables the transfer of data between long-range Bluetooth-enabled devices such as smartphones and tablets to individual nodes. In addition, it can also be used to implement ZigBee based wireless mesh networks, allowing for easier setup and maintenance of low power+/- sensor nodes.

The CC430F5125IRGZT’s microcontroller is a powerful yet power-efficient ARM Cortex-M3 processor with up to 20 MIPS throughput at 1.8V supply voltage. This 16-bit RISC processor includes integrated memory and peripherals such as DMA, timer, and up to four serial ports. It also includes a hardwired IEEE 802.15.4 radio module that supports 2.4GHz ISM-band operation with a 50 mW output power and an adjustable power-saving architecture. As a result, the chip allows for the efficient control of wireless nodes over long distances while still allowing for low power operation.

The CC430F5125IRGZT also includes authentication and encryption capabilities for security-critical applications. It supports devices with an AES-128 encryption algorithm and provides a secure connection to ensure data is transmitted securely between nodes. Furthermore, the chip supports the latest version of the ZigBee IP profile allowing it to perform secure messaging and data transfer.

Lastly, the CC430F5125IRGZT includes a comprehensive set of integrated peripherals, allowing it to acquire and process data from various sources. Additionally, it includes an accurate 32kHz clock source and hardware debug capability for development and debugging. Combined, these features make the CC430F5125IRGZT an ideal choice for any wireless sensor node application.

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