VRE107MA Integrated Circuits (ICs)

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The VRE107MA Voltage Reference is a specialized semiconductor that provides a highly accurate reference voltage in electronic circuits and devices. It is a popular voltage reference device used in precision, high-accuracy applications such as regulated power supplies and voltage-controlled oscillators. The VRE107MA can easily be integrated into many different types of circuits, providing a stable and accurate high-impedance voltage reference.

A voltage reference is essentially a two-terminal device that outputs a precisely defined voltage, regardless of the changes in current or load on the output. Voltage references are widely used in precision systems that require accurate voltage outputs such as DACs, A/Ds, and microprocessors. Voltage references are also used to calibrate and detect voltage changes in electronic applications.

The VRE107MA is a bandgap-type voltage reference with an output voltage of approximately 10.7 volts (10.7V), which is factory-programmed and is fully temperature-compensated. It provides excellent temperature stability and low temperature coefficient over a wide temperature range. The device features a maximum operating temperature range of -30°C to +85°C, a recommended temperature range of -10°C to 70°C, and a storage temperature range of -55°C to +125°C. Additionally, the VRE107MA has an input voltage range from 6V to 24V and has a maximum total power dissipation of 250mW.

The VRE107MA uses a three terminal design for its operation. The input voltage is connected to the VIN (voltage input) and the GND (ground) terminals, with the output voltage having the REF and GND terminals connected. The VIN terminal provides the power input and the GND terminal provides the reference voltage. The output voltage is determined by the voltage drop across the REF terminal. The VRE107MA also includes a current sense resistors to provide improved control over the current.

The VRE107MA is also equipped with a specialized error amplifier circuit which allows it to offer high accuracy, low drift, and fast settling times. This improves the stability and accuracy of the output voltage, making the VRE107MA suitable for use in high-precision applications. The error amplifier circuit also allows for the device to accurately measure the output voltage, which can be used to detect any changes or variations in the voltage.

The VRE107MA is a great choice for voltage reference applications due to its high accuracy, small size, and low power consumption. Its wide operating temperature range, low temperature coefficient, and fast settling times make it a great choice for use in precision electronics such as DACs, A/Ds, and microprocessors.

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