QAM-RX10-433

RF Receivers Overview

The QAM-RX10-433 is an AM super heterodyne RF receiver module operating at 433.92 MHz. It features a sensitivity of -108 dBm and supports a maximum data rate of 10 kbps. The module operates on a supply voltage range of 3.5 V to 5.5 V and functions within a temperature range of -25°C to 85°C. It utilizes a 4-SIP through-hole package with integrated helical antenna connectors, measuring 30 mm x 8.5 mm x 5 mm.

RF Receivers Feature Summary

• Super heterodyne architecture for improved signal selectivity
• Integrated helical antenna connector design
• Through-hole mounting capability

RF Receivers Applications

• Remote gate controls
• Basic radio telemetry systems
• Wireless communication in the 433 MHz ISM band

RF Receivers Procurement Notes

Verify the specific part number QAM-RX10-433 against official RF Solutions documentation to confirm current availability and technical specifications. Ensure that the required operating voltage and environmental conditions align with the module's rated parameters before procurement. Cross-reference datasheets for accurate pinout and interface details.

RF Receivers Selection Notes

Select this module for applications requiring reliable AM reception at 433.92 MHz with moderate data rates up to 10 kbps. Consider the through-hole packaging and integrated antenna when designing PCB layouts or mechanical enclosures. Evaluate the -108 dBm sensitivity against link budget requirements for the intended transmission distance.

RF Receivers Part Context

This component belongs to the QAM-RX series of basic radio telemetry modules from RF Solutions. These modules are designed for operation in the 433 MHz ISM frequency band, providing complete receiver functionality in a compact form factor suitable for various industrial and consumer wireless applications.

RF Receivers Replacement Considerations

Publicly confirmed substitute part numbers for the QAM-RX10-433 are not available in the provided source material. Verify compatibility with alternative modules by matching frequency, modulation type, and interface specifications.