Get the Most Out of Your BEA 900 MHz Receiver: Manual & Guide


Get the Most Out of Your BEA 900 MHz Receiver: Manual & Guide

This document provides instructions and specifications for a specific radio frequency device operating within the 900 MHz band, manufactured by BEA. The device is a receiver, implying it is designed to capture and process signals transmitted at or around 900 MHz. The document details the device’s operational parameters, installation procedures, troubleshooting steps, and safety guidelines. An example of its use would be configuring the receiver to operate with a compatible transmitter for wireless communication.

The availability of such a guide is crucial for ensuring proper device operation, minimizing malfunctions, and adhering to regulatory compliance. Access to accurate and detailed information reduces the risk of improper configuration, potential damage to equipment, and violation of established communication protocols. Historically, manufacturers have provided such documentation to facilitate user understanding and support product maintenance throughout its lifecycle.

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Best 2s Life Receiver Battery – Long Life!


Best 2s Life Receiver Battery - Long Life!

These power sources, typically employing lithium-based chemistries, provide a nominal voltage around 7.4 volts. Such a configuration is frequently used to energize radio receivers in remote-controlled devices, ensuring reliable operation. An example application would be powering the receiver in a model aircraft or remote-controlled car, allowing the user to maintain control from a distance.

The utilization of this type of power supply is crucial for ensuring adequate performance and runtime of the electronic devices they support. Historically, nickel-cadmium (NiCd) or nickel-metal hydride (NiMH) batteries were common. However, the improved energy density and lighter weight offered by lithium-based options have made them increasingly popular. This transition leads to extended operational periods and enhanced maneuverability for remote-controlled models.

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