NRF24AP2-8CHQ32-T

RF Transceiver ICS Overview

The nRF24AP2-8CHQ32-T is a single-chip ultra-low power wireless network solution designed for the ANT protocol. It operates in the 2.4 GHz ISM band with a maximum data rate of 1 Mb/s using GFSK modulation. The device supports a supply voltage range of 1.9 V to 3.6 V and delivers an output power of 0 dBm. It features a QFN-32 package, operates between -40°C and +85°C, and includes USART interface capabilities.

RF Transceiver ICS Feature Summary

• Integrated single-chip transceiver optimized for ANT protocol networks
• Ultra-low power design suitable for battery-operated applications
• Built-in antenna solution within the QFN-32 package

RF Transceiver ICS Applications

• Wireless sensor networks
• Health and fitness tracking devices
• Sports equipment telemetry

RF Transceiver ICS Procurement Notes

Verify the specific suffix 'T' corresponds to the tray packaging configuration required for your assembly line. Confirm humidity sensitivity handling procedures are followed during storage and reflow soldering. Ensure the order quantity aligns with the manufacturer's standard tray pack size to avoid partial reel issues.

RF Transceiver ICS Selection Notes

Select this component when a dedicated ANT protocol transceiver with integrated antenna is required. Compare against the 1-channel variant if only a single link is needed. Consider the R7 tape-and-reel option for high-volume automated surface mount production instead of the tray format.

RF Transceiver ICS Part Context

This part belongs to the nRF24AP2 series from Nordic Semiconductor, which provides cost-effective solutions for low-power wireless connectivity. The series differentiates models by channel count and packaging style, serving as a specialized alternative to general-purpose Bluetooth or proprietary RF chips for ANT-based ecosystems.

RF Transceiver ICS Replacement Considerations

Direct substitutes include other variants within the nRF24AP2 family, such as the nRF24AP2-1CHQ32-T for single-channel requirements. Cross-family replacements require significant schematic and firmware redesign due to differing pinouts and protocol stacks.