BGE787B,112

Video Processing Overview

The BGE787B is a hybrid high dynamic range amplifier module operating at a 24 V DC supply voltage within a SOT115J package. It features two cascaded cascode stages designed for CATV systems in the 40 MHz to 750 MHz frequency range. The device delivers a typical power gain of 29 dB and consumes 340 mA of total current. It exhibits excellent linearity with CTB, Xmod, and CSO distortion figures of -48 dBmV, -52 dBmV, and -56 dBmV respectively. Noise figure ranges from 5 dB at 50 MHz to 6.5 dB at 750 MHz.

Video Processing Feature Summary

• Excellent linearity performance
• Extremely low noise characteristics
• High gain capability
• Excellent return loss properties

Video Processing Applications

• Single module line extender in CATV systems

Video Processing Procurement Notes

Verify the specific ordering suffix against official NXP documentation to confirm package details and manufacturing status. Confirm that the component meets the required environmental specifications for your application. Ensure proper ESD handling procedures are followed during transport and assembly due to device sensitivity.

Video Processing Selection Notes

Select this module for applications requiring high dynamic range amplification in cable television infrastructure. The push-pull architecture provides balanced signal processing suitable for wideband operations. Verify compatibility with standard 75-ohm system impedance requirements before integration into existing network topologies.

Video Processing Part Context

This component belongs to NXP's portfolio of RF and microwave amplifiers designed for broadcast and communication networks. It utilizes hybrid technology to achieve high reliability and consistent performance across the specified frequency band. The SOT115J package facilitates mounting on standard heat sinks for thermal management.

Video Processing Replacement Considerations

Consult official NXP documentation for verified substitute part numbers. Cross-referencing should be performed based on electrical specifications and mechanical footprint compatibility.