LT6656BIDC-3#TRMPBF

The LT6656BIDC-3#TRMPBF is an adjustable voltage reference, belonging to the PMIC (Power Management Integration Circuit) family. It provides precision by referencing an external 2.5V reference voltage into a high-temperature, adjustable output voltage. It utilizes a low-noise, laser trimmed, temperature-stabilized high-Voltage differential amplifier to achieve high accuracy and temperature stability.

This voltage reference device comes in two major versions: the TO-263 and the SOT-223 package. It is suitable for applications such as power supply sequencing, voltage monitoring, and high-accuracy analog signal control. It is designed to provide a stable, low noise output that works in a wide temperature range.

The LT6656BIDC-3#TRMPBF also offers excellent temperature stability, with a total error of up to 0.5%. It also features a wide range of temperature coefficients which make it suitable for use in a variety of different applications. This device has a temperature coefficient of 0.25mV/°C and a low 0.2mA current draw. It is available in both bipolar and CMOS versions.

Another feature of the LT6656BIDC-3#TRMPBF is its wide input voltage range, from 4 to 32 volts. This makes it perfect for powering high-voltage circuits while maintaining a precise output voltage. Furthermore, it incorporates a thermal shutdown protection which prevents overheating in case of overvoltage.

The device also offers over-current protection, ensuring that the output voltage remains within safe limits even when subjected to a high current draw. The integrated over-voltage protection circuit also maintains a safe output voltage in the presence of an overvoltage power supply.

In addition to excellent current surge protection, the LT6656BIDC-3#TRMPBF also offers a low output impedance, reducing the possibility of electrical noise and interference. This makes it ideal for use in sensitive equipment.

The LT6656BIDC-3#TRMPBF is a great choice for applications such as motor control, servo control, precision sensing, power supply design, and other applications where precise and reliable voltage references are needed. Its low power consumption and reliable performance make it a great choice for embedded designs.