RFRXD0920-I/LQ RF Receiver Module with LQFP Package ?C High Sensitivity

RFRXD0920-I/LQ Overview

The RFRXD0920-I/LQ is a high-performance RF receiver module designed to meet stringent industrial and communication system requirements. Engineered for precision and reliability, this component delivers superior sensitivity and low noise figure, ensuring enhanced signal integrity in demanding environments. Its compact form factor and robust electrical characteristics facilitate seamless integration into complex RF front-end designs. Optimized for efficiency and stability, the device supports a broad frequency range and features low power consumption, making it ideal for high-density industrial applications. For detailed technical support and supply inquiries, visit IC Manufacturer.

RFRXD0920-I/LQ Technical Specifications

RFRXD0920-I/LQ Key Features

• Wide frequency coverage: Supports 900?C920 MHz, enabling compatibility with various RF communication standards.
• Low noise figure: At 1.5 dB, this ensures minimal signal degradation and excellent sensitivity in weak signal conditions.
• High gain performance: 20 dB gain enhances signal strength, improving overall receiver sensitivity and selectivity.
• Low power consumption: Draws only 15 mA at 3.3 V supply, suitable for battery-powered or energy-efficient applications.
• Robust thermal range: Operates reliably from ?C40 to +85 ??C, supporting demanding industrial environments.

RFRXD0920-I/LQ Advantages vs Typical Alternatives

Compared to typical RF receiver modules, this device offers superior sensitivity and lower noise, which translates to more accurate signal reception. Its low current consumption and wide operating temperature range make it highly reliable for industrial and embedded system designs. Integration is simplified by its standard voltage supply and consistent gain, reducing the need for additional amplification stages.

Typical Applications

• Industrial wireless communication systems requiring stable, low-noise RF front-end components to maintain signal integrity under harsh conditions.
• RFID readers and sensors operating within the 900 MHz ISM band for asset tracking and inventory management.
• Remote monitoring equipment that benefits from low power consumption to extend operational life.
• Embedded communication modules in smart metering and telemetry systems demanding reliable signal reception.

RFRXD0920-I/LQ Brand Info

This RF receiver module is part of a specialized product line focused on high-performance analog and RF integrated circuits. Engineered by a leading semiconductor manufacturer, it combines advanced design techniques with rigorous quality standards. The product is tailored to meet the needs of engineers designing cutting-edge communication and industrial systems, providing a dependable solution that balances performance, power efficiency, and environmental robustness.

FAQ

What frequency range does this receiver support?

The device operates within the 900 to 920 MHz frequency band, making it suitable for applications in the ISM band and other RF systems requiring coverage in this range.

How does the noise figure affect system performance?

A noise figure of 1.5 dB indicates that the receiver adds very little noise to the incoming signal. This low noise contribution improves overall system sensitivity, allowing detection of weaker signals with higher accuracy.

What are the power requirements for this module?

The receiver runs on a 3.3 V power supply and consumes approximately 15 mA of current, supporting energy-efficient designs and compatibility with standard industrial power rails.

Is the module suitable for harsh industrial environments?

Yes, it is rated for an operating temperature range from ?C40 to +85 ??C, ensuring reliable performance in extreme temperature conditions common in industrial applications.

Can this module be integrated easily into existing RF front-end designs?

Its standard voltage supply, defined gain, and input/output return loss characteristics facilitate straightforward integration into existing RF front-end architectures without requiring extensive redesign.