EZR32HG320F64R60G-C0

RF Transceiver ICS Overview

The EZR32HG320F64R60G-C0 is a wireless microcontroller from Silicon Labs featuring an ARM Cortex-M0+ CPU and integrated sub-GHz RF transceiver. It includes 64 kB of Flash memory and 8 kB of RAM. The device supports serial interfaces including I2C, SPI, UART, USART, and USB. It operates on a supply voltage range of 1.98 V to 3.8 V. Key RF specifications include receive sensitivity of -126 dBm and GPIO count of 25.

RF Transceiver ICS Feature Summary

• Integrates ARM Cortex-M0+ processor with sub-GHz RF transceiver
• Supports multiple communication protocols including USB and I2C
• Provides ultra-low power operating modes for battery efficiency

RF Transceiver ICS Applications

• Wireless sensor networks
• Smart home devices
• Industrial monitoring systems

RF Transceiver ICS Procurement Notes

Verify component authenticity through authorized distributors. Confirm package integrity upon receipt. Check datasheet revisions for updated electrical characteristics. Ensure storage conditions meet moisture sensitivity level requirements. Validate pin compatibility with existing PCB layouts before final integration.

RF Transceiver ICS Selection Notes

Select this model for applications requiring integrated wireless connectivity and low power consumption. Consider the 64 kB Flash size for firmware complexity. Verify interface requirements match available peripherals. Evaluate operating temperature range against environmental conditions. Assess power supply constraints against the specified voltage range.

RF Transceiver ICS Part Context

Part of the EZR32HG series designed for energy-efficient wireless solutions. Combines MCU and RF capabilities in a compact QFN48 package. Targets battery-powered IoT applications requiring reliable sub-GHz communication.

RF Transceiver ICS Replacement Considerations

Check for pin-compatible alternatives within the same family. Verify functional equivalence regarding RF performance and memory capacity. Review lifecycle status for long-term availability concerns.