MAX695CWE+

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The MAX695CWE+ is a low-cost voltage supervisor circuit designed to prevent system instability and active-mode brownouts in microprocessor-based systems. It offers a reset and an active-low reset output. This device provides full system protection and can be used in a variety of applications requiring an active-low reset signal.

Application Fields of MAX695CWE+
The MAX695CWE+ is well-suited for a variety of applications, including single-board computers, disk drives, printers, modems, and other microprocessor-based systems. It is also used in aviation and automotive systems, as well as any other system that needs a voltage supervisor with fast response time and reliable performance.

Working Principle of MAX695CWE+
When the input voltage falls below a preset threshold, the MAX695CWE+ generates an active-low reset signal to reset the system. The reset signal is held low for an adjustable timeout period, after which it returns high, allowing the system to resume normal operation. The MAX695CWE+ also has an H-bridge output stage that allows it to generate an active-high reset signal, if that is required.

The MAX695CWE+ is designed to provide reliable system reset and voltage monitoring. It can detect voltage irregularities and activesystem reset protocols quickly and reliably. The MAX695CWE+ also has an adjustable timeout period, which allows the system to reset itself before a potentially dangerous situation occurs. The MAX695CWE+ is available in a wide range of package sizes, including the SOT-23-5 footprint, which is perfect for portable or space-constrained applications.

Conclusion
The MAX695CWE+ is a low-cost voltage supervisor circuit designed for use in a variety of microprocessor-based systems. It provides reliable system reset and voltage monitoring and has adjustable timeout periods, which allow the system to reset itself before a potentially dangerous situation occurs. TheMAX695CWE+ is an ideal choice for applications requiring an active-low reset signal, and its SOT-23-5 footprint is perfectly suited for portable or space-constrained solutions.

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