MAX6195CESA+

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The MAX6195CESA+ is a low-dropout, voltage references designed for a variety of precision power supply and battery charging applications. This voltage reference is characterized for its accuracy, and has been designed to provide a stable, repeatable reference voltage, even with varying and extreme supply and load conditions. It provides a low-dropout and low-noise reference for all voltage references. The MAX6195CESA+ is ideal for applications requiring low current consumption, low dropout voltage regulation, and precision temperature stability.

The MAX6195CESA+ is designed to extend battery life and increase system performance in portable electronics. It has been specifically designed to work with low-voltage systems. The device is available in two different versions; one that is rated for 3V and another for 5V. It is capable of controlling the voltage output between 0.3V to 5V.

The MAX6195CESA+ features a wide range of features to improve system performance. For example, it features an adjustable reference voltage setting, current limiting circuit, switching regulator, and temperature stability. The adjustable reference voltage setting allows the user to set the desired reference voltage, which is then regulated for optimum performance. The current limiting circuit prevents excessive current draw from batteries, which helps to extend battery life and improve system performance. The switching regulator helps to provide consistent and precise regulation, which is important for system performance. The temperature stability of the MAX6195CESA+ helps to reduce the amount of time required for calibration and adjusts the reference voltage as the system temperature changes.

The MAX6195CESA+ is used in a wide variety of applications, including automotive, industrial, and medical. In automotive systems, the MAX6195CESA+ is used to regulate the voltage supply of control units, and to monitor and control the charge current of batteries. In industrial systems, it is used to power high-precision instrumentation and control systems. In medical systems, the MAX6195CESA+ can provide precise control and regulation of signal levels, such as those used in cardiac monitoring and control devices.

In summary, the MAX6195CESA+ is a precision voltage reference designed for a variety of applications. Its wide range of features make it a versatile regulator for precision power supply and battery charging applications. The adjustable reference voltage setting, current limiting circuit, switching regulator, and temperature stability make the MAX6195CESA+ an effective tool for controlling the voltage output of low-voltage systems. The MAX6195CESA+ is ideal for use in automotive, industrial, and medical applications where precision voltage regulation is required.

The specific data is subject to PDF, and the above content is for reference