MC1403BDR2G

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The MC1403BDR2G is a voltage reference designed and manufactured by Motorola, Inc. It is part of the Voltage Reference family of product solutions and is used for voltage regulation and precision voltage measurement. The MC1403BDR2G is an integrated circuit (IC) with a simple, low-power operational structure that provides an accurate and stable reference voltage.

This voltage reference IC has an operating voltage of 10V and a temperature range of -40°C to +125°C. It also has an output voltage range of 7.0 to 8.4V, and the maximum output current is 0.5A. The device features a low power operation at 0.50mA and a fast settling time that permits accurate measurement or regulation of voltages in the microsecond range.

The MC1403BDR2G is suitable for a wide range of application fields, such as power supplies, process control and telecommunications. It is well-suited for a broad range of industrial, military and aerospace applications. The MC1403BDR2G offers excellent performance and reliability, making it a trusted component in applications where high accuracy is key.

The MC1403BDR2G works by referencing the given reference signal and replicating it, which can be referred to as a voltage clamping operation. It includes a temperature-compensated zener diode and trimmed gain stages as part of its topology. In this way, it maintains a substantially constant output voltage, regardless of the changes in input voltage and temperature.

The MC1403BDR2G is provided in the industry-standard SO-8 package for easy board-level integration, and it features the standard 8-lead pin configuration. The device is also equipped with an open drain output, which enables it to be used as a voltage follower. The output voltage is trimmed to 7.0V (and within ±3% of the reference voltage) over the entire temperature range.

The MC1403BDR2G voltage reference is a versatile component that provides an accurate and stable reference voltage in a wide variety of applications. Its low-power operational structure and temperature compensation make it an ideal solution for precision voltage measurement and regulating requirements.

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