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A voltage detector typically produces a signal when it notices either an increase in the monitoring voltage or a reduction in it. On the other hand, a window voltage detector produces a detection signal if the monitoring voltage leaves a predetermined range, whether it is above or below the range.
It can monitor whether the monitoring power supply is operating within the acceptable range. It is mostly used in electrical car inverters, charge management units, and automotive ECU, ASIL-B/C/D systems like ADAS.
Both when the output voltage overshoots and undershoots, it outputs a reset signal. Has the appropriate reset outputs for UV and OV. A combined UV/OV output pin is present in some products. For the purpose of diagnosing failures, UV/OV output must be distinguished from one another.
The Global Window-Type Voltage Detector market accounted for $XX Billion in 2021 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2022 to 2030.
The extremely low current consumption and high precision voltage detector BD48HW0G-C were created by ROHM. It is suited for a variety of automotive and industrial applications, such as factory automation machinery and automobile electronic control units, that call for voltage monitoring of electronic circuits for better safety.
Demand for improved safety has increased as a result of ongoing technical advancement in the automobile and industrial equipment sectors toward automation. Additionally, product development that considers safety guarantees in the event of an incident is necessary to create safer systems.
More than 1,000 voltage detectors have been created by ROHM, and they are crucial for maintaining equipment safety. ROHM distributes more than 250 million units each year for a variety of low voltage applications all over the world thanks to its extensive product lineup.
