The BD45432G-TR is a Voltage Detector designed for PMIC - Supervisors applications. Using CMOS technology, this device accurately detects the voltage fluctuations in circuits, even under severe noise conditions. This Voltage Detector has a relatively low operating current, and is capable of producing an output signal with a response time as low as 3.2 ms. This article presents an overview of the features, applications, and working principles of the BD45432G-TR Voltage Detector.
Features
The BD45432G-TR Voltage Detector features a detection voltage range between 0.8 and 5.5V. It can have surface mounted packages, and its sinking output current is as high as 20mA. This device consumes very little operating current, with a maximum of 19 μA, thus ensuring lower power consumption. This device also has a wide operating temperature range, and is capable of working even in extreme temperatures up to -40°C to +85°C. This device is also equipped with protection circuits like a shearing protection from the input side and an output short-circuit protection.
Applications
The BD45432G-TR Voltage Detector is an ideal choice for PMIC - Supervisors applications. This device can be used in DC-DC converters, computers, mobile phones, and power supply systems, to accurately detect whether the input voltage is within a certain range. This device can also be used in automotive systems, for detecting the voltage of the power supply, and in battery management systems, for controlling the charging and discharging of the batteries. This device can also be used in safety systems, for detecting if the input voltage is too high or too low.
Working Principles
The BD45432G-TR Voltage Detector is based on CMOS technology. This device measures the input voltage, compares it to the set detection voltage, and then produces an output accordingly. This device has a hysteresis of 10mV, which guarantees an accurate and stable output even under severe noise conditions. When the input voltage exceeds the set detection voltage, the output is set to ON. When the input voltage falls below the set detection voltage, the output is set to OFF. This device can also be programmed to have a delayed output, when the detection voltage is exceeded. Finally, this device has an internal protection circuit, which prevents damage to the device when the input voltage is beyond the specified range.
Conclusion
The BD45432G-TR Voltage Detector is an ideal choice for PMIC - Supervisors applications. Featuring a high sinking output current, and consuming very little power, this device is very efficient and reliable. Furthermore, it is equipped with protection circuits, and is capable of working in extreme temperatures. With its accurate voltage detection and fast response time, the BD45432G-TR is an ideal choice for applications that require precise voltage detection.