BGY887,112

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BGY887,112 is a linear amplifier module designed for video and communication applications. It is specifically designed for applications requiring low noise, low distortion and high slew rate performance. The BGY887,112 includes a differential amplifier configured as an Emitter-Follower stage with gain and current flow adjusted to accommodate a wide range of input formats. The module provides variable Gain, voltage level adjustment and DC offset for superior performance. The BGY887,112 features an integrated driver stage incorporating an output high current driver and fast slew rate to support high performance video applications. The driver stage provides fast, no-latency response to high video bandwidth signals. The module also includes a low noise power supply regulator, low noise input and output amplifiers, and an array of voltage amplifiers.The module can operate in both Single-Ended and Differential modes, allowing it to easily support a variety of video applications. The module provides adjustable input level control, adjustable gain, AC and DC offset controls, and lowpass filter settings. All of these features provide users with increased flexibility when using the module. The BGY887,112 incorporates output buffer amplifiers designed to tolerate large signal swings without distortion or interference. The bufferamps can handle up to 10Vpp input without distortion. This allows users to process larger signals without clipping or distortion. The BGY887,112 also includes integrated temperature compensation circuitry that can provide superior temperature stability. This ensures that the performance of the module remains consistent, even when the temperature changes.In conclusion, the BGY887,112 is a reliable and highly versatile amplifier module. It's ideal for applications that require low noise, low distortion and high slew rate performance. It is well suited for applications in video and communication systems where its low noise performance, adjustable gain, and temperature compensation circuitry can provide excellent performance.

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