RC-RXASK-868.95

RF Receivers Overview

The RC-RXASK-868.95 is an AM radio receiver module operating at the 868.95MHz frequency. It features a PLL synthesizer and crystal oscillator for stable signal reception. The module operates on a single 5V power supply line and includes a power-down mode to reduce energy consumption. It provides a sensitivity of -112dBm and supports a data rate of 4.8kbps. The component is housed in a 15-SIP package.

RF Receivers Feature Summary

• Integrated PLL synthesizer and crystal oscillator for precise frequency control
• Low voltage operation with dedicated power-down capability
• High sensitivity AM reception architecture

RF Receivers Applications

• Remote control systems
• Telemetry data transmission
• Wireless sensor networks

RF Receivers Procurement Notes

Verify that the specific 868.95MHz variant matches the target regulatory frequency band for your region. Confirm that the 15-SIP package dimensions are compatible with the intended PCB layout. Ensure the system design accommodates the 5V operating voltage requirement and integrates the necessary external antenna, as the connector is not included.

RF Receivers Selection Notes

Select this module when a dedicated AM receiver with integrated frequency synthesis is required. It is suitable for applications needing high sensitivity at 868.95MHz without complex baseband processing. Consider the 15-SIP form factor for space-constrained designs requiring a complete RF front-end solution.

RF Receivers Part Context

This part belongs to the RC-RXASK series of AM radio receivers from RadioControlli. The series offers various frequency variants tailored for different regional ISM bands. The RC-RXASK-868.95 specifically targets the European 868MHz band, providing a standardized solution for industrial and commercial wireless communication needs.

RF Receivers Replacement Considerations

The RC-RXASK-868 is a similar module within the same family but operates at 868MHz. Verify if the slight frequency difference impacts regulatory compliance or interference profiles in the specific application environment before substituting.