LM7372ILD/NOPB

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The LM7372ILD / NOPB (Input Level Detectors) are integrated circuits designed for instrumentation, operational amplifiers, buffers and linear amplifiers. These devices feature a low-cost, high-performance, wide dynamic range input level detection capability. The device is suitable for medical, communications, test, automotive and industrial instrumentation applications.

The LM7372ILD / NOPB is a precision, adjustable and fast single-channel input level detector. The device includes an output current source that produces adjustable output levels throughout the system, allowing quick response and smooth operation of the input. The output current source automatically controls input levels and increases or decreases the output level as required.

The LM7372ILD / NOPB includes a wide dynamic range input level detector that allows the user to set the input level from a full range of 0-5 Vdc. This allows the user to accurately and quickly detect input levels even in extremely high noise environments. In addition, it can operate at input levels up to 18 Vdc. The input level detector provides a digital output signal: a logic high (1) for an input above the threshold level and a logic low (0) for an input below the threshold level.

The LM7372ILD / NOPB is designed with multiple selectable modes that allow selection of the specific mode most suitable for the application. Additionally, the LM7372ILD / NOPB includes the option of implementing hysteresis or gain control. Hysteresis reduces the amount of overshooting that occurs when the device changes states. Gain control allows the user to adjust the gain of the input level detector, allowing precise control of the minimum detectable levels.

The LM7372ILD / NOPB’s wide dynamic range, fast response time and low-cost make it ideal for instrumentation, operational amplifiers, buffers, and linear amplifiers applications with signal processing requirements. Its ability to detect input levels in high-noise environments make it an excellent choice for medical, communications, test, automotive, and industrial instrumentation applications. Additionally, its wide range of selectable modes offers easy to use capabilities while providing a high degree of flexibility in setting the optimum performance characteristics.

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