MAX6765TTLD2/V+T

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Power Management Integrated Circuits (PMICs) are vital components of the modern semiconductor systems. They play a key role in providing the appropriate power supply to the other components of the system to assure their optimum performance. Among the various PMICs, Supervisors are particularly important as they provide supervisory functions such as voltage monitoring and surge protection. One such particular example of a supervisor IC is the MAX6765TTLD2/V+T, which is a high-accuracy voltage supervisor with both an adjustable andfixed trip points.

The MAX6765TTLD2/V+T can be used in applications that require accurate and reliable voltage supervision. It is used in a variety of industrial, automotive, consumer, and healthcare applications to ensure optimum function for complex semiconductor systems. It also provides maximum immunity to transient noise and EMI/RFI noise, making it an ideal device for applications with harsh operating environments.

The key features of the MAX6765TTLD2/V+T are its adjustable and fixed trip points. This configuration allows it to detect a wide range of voltages and accurately monitor them using either the adjustable or fixed trip points. The adjustable trip point is adjustable over a range of +2.2V to +6.1V and the fixed trip point is +4.63V, rising/falling. This flexible configuration allows the MAX6765TTLD2/V+T to be used in a variety of voltage monitoring applications.

The MAX6765TTLD2/V+T also features a transient-protected SOT23 package and an internal pull-up to ground. The transient-protected package makes it ideal for operations in environments with high electromagnetic noise. Additionally, the internal pull-up to ground ensures that the circuit is safe from unintended current leakage.

In terms of working principles, the MAX6765TTLD2/V+T monitors the voltage level at its inputs and when the voltage level falls below the adjustable trip point, the supervisor sends a low-voltage reset signal to the system to indicate that the power supply is below the preset level. Similarly, when the voltage level rises above the fixed +4.63V trip point, the supervisor will send an active-high reset signal to the system. This reset signal is typically used to indicate an overvoltage condition.

Overall, the MAX6765TTLD2/V+T is a high-accuracy supervisor IC with adjustable and fixed trip points suitable for a variety of applications. It is built to withstand effects of transient noise and EMI/RFI interference while providing maximum protection to the circuit components. Its adjustable and fixed trip points allow it to detect a wide range of voltages and accurately monitor them, ensuring that the system operates optimally.

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