REF2030AIDDCT

Voltage references are essential components in almost all electronic systems. Used in a variety of applications, they are incredibly versatile and highly accurate. The REF2030AIDDCT Voltage Reference is a particularly advanced voltage reference designed to provide accurate and reliable voltage in various applications. In this article, we will discuss the application fields and working principle of the REF2030AIDDCT.

The REF2030AIDDCT is designed to provide an accurate and reliable 0.015% low-temperature coefficient (LTC) of voltage reference span. It operates from ±4V to ±18V and features a 0.75mV full scale output span. The REF2030AIDDCT is ideal for a variety of low-voltage laboratory and industrial applications. It can also be used in high accuracy applications such as precision data acquisition, or in television and instrumentation applications.

The REF2030AIDDCT features an excellent temperature stability of 0.015%/°C, ensuring a faithful voltage reference throughout the entire operating temperature range. This feature is particularly beneficial when used in high accuracy applications where a stable reference is required over wide temperature ranges. It also features a fast settling time of 3μs and a low power consumption of 120μW. All of this makes the REF2030AIDDCT an ideal choice for a variety of applications.

In terms of its working principle, the REF2030AIDDCT is based on the Reverse Body Diode Connected Transistor (RBDC) technology. This technology utilizes a special non-volatile static MOSFET structure that maintains a low-temperature coefficient over a wide range of operating temperatures. The REF2030AIDDCT is highly reliable and accurate due to its integration of the RBDC transistors, which are connected in body diode configuration, allowing for improved operation and high accuracy. Additionally, the REF2030AIDDCT has an integrated oscillator that ensures the voltage reference is stable and accurate.

Overall, the REF2030AIDDCT is an excellent voltage reference for a variety of applications. It is a low cost and reliable solution for providing accurate reference voltage in a range of settings. With its low temperature stability and fast settling times, it is perfect for high accuracy applications such as data acquisition. Additionally, its non-volatile RBDC transistors guarantee a reliable and accurate voltage reference over wide temperature ranges, making it ideal for laboratory and industrial applications. It is also a great choice for television and instrumentation applications due to its low power consumption.