CM2021-02TR

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The CM2021-02TR is a specialized low noise electronic integrated circuit specifically designed by American semiconductor manufacturer Fairchild. The primary application of this specialized IC is the field of signal amplification. It is an excellent choice for engineers looking to enhance their signal gain, while still preserving signal integrity.

The CM2021-02TR features two input channels and two gain levels, allowing engineers to adjust signal gain levels based on signal requirements. The first stage supports an input signal range of 0.25V to 12V and a gain range of 1 to 10. The second stage provides a gain range of 1 to 10 and an input signal range of 0.5V to 24V. Advanced tracking techniques are employed to ensure signal integrity is preserved.

At the core of the CM2021-02TR is its ultra-low noise technology. Utilizing Amplified Trans-Impedance Amplifier (ATA) technology for signal amplification on both input channels, engineers can ensure their signal will remain clean with minimal noise. The ATA-based architecture also provides excellent noise rejection and signal integrity, allowing engineers to achieve industry-leading performance levels with minimal noise.

The CM2021-02TR also features an integrated voltage reference circuit which automatically adjusts to input voltage levels and ensures stability in the signal chain. This ensures uniform performance while allowing engineers to monitor their gain control parameters with confidence.

The CM2021-02TR also features a high-frequency signal amplifier stage consisting of differential transistors to achieve gain levels up to 10. This allows engineers to achieve signal gains of up to 20dB with minimal signal distortion and signal-to-noise ratios of up to 10dB.

The CM2021-02TR is a highly specialized low noise signal amplifier solution for engineers looking to achieve maximum signal integrity and signal gain. The ATA-based architecture ensures ultralow noise levels and signal integrity, while the integrated voltage reference circuit provides stability and uniformity of performance. This specialized IC is an excellent choice for engineers looking to obtain maximum performance from their signal amplification requirements.

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