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Voltage supervisor integrated circuits (IC) monitor the voltage situation in microcontroller systems and embedded systems that are under voltage (this type of embedded system is part of a full device that comprises hardware and other mechanical elements).
When an Undervoltage situation is recognised in any device, the controller reorganises the time until the Undervoltage problem is resolved. Voltage supervisor ICs of this type are used in devices that are prone to harm owing to frequent voltage fluctuations.
During the projected period, the global market for voltage supervisor ICs is predicted to rise rapidly. Voltage controller integrated circuits (ICs) are widely used in cellular phones, MP3 players, PDAs (Personal Digital Assistants), digital cameras, Bluetooth devices, intelligent instruments, and industrial controls.
People are spending a greater amount of their money on electronic items, which is projected to fuel demand for the voltage supervisor IC market. As a result of the expanding trend of electronic devices, the market outlook for voltage supervisor IC is expected to develop as well. This is seen as a key motivator.
The EUROPE VOLTAGE SUPERVISOR IC MARKET accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2022, registering a CAGR of XX% from 2024 to 2030.
Maxim Integrated’s Essential Analogue product line now includes a window voltage monitor with an integrated self-test. The field of driver assistance systems contains potential applications.
Maxim Integrated’s MAX16137 single-channel Supervisor with Built-in Self-Test can minimise the size and complexity of Automotive Advanced Driver Assistance Systems (ADAS) functional safety (BIST). The gadget monitors under- and over-voltages with 1% accuracy and ensures functional safety via comprehensive diagnostics and reset features.
The chip significantly reduces circuit size and simplifies design. At the chip level, the MAX16137 provides diagnostic and BIST functionality.
As a result, it speeds up the development of system-based and functional safety for ADAS and other autonomous driving applications.
The BIST functionalities of the device validate supervisor operation without the use of external circuitry, decreasing design complexity. As a result, the chip decreases circuit size by half when compared to the nearest rival product.
