TCR2EE36,LM(CT

TCR2EE36, LM(CT application field and working principle

TCR2EE36, LM is a buck-boost controller that intelligently adjusts the output of a linear regulator to maintain a stable output voltage. It is classified as a linear voltage regulator, one of the types of voltage regulators that allow the phase angle of the input voltage to be adjusted. This type of voltage regulator is often used in developing and designing professional power management systems.

A voltage regulator is used to control the output of a linear regulator. When used in applications such as audio amplifiers and automotive applications, it ensures that the output voltage remains steady regardless of any changes in the input voltage. The TCR2EE36, LM provides an adjustable output voltage with a precision of ±2% over temperature. This makes it suitable for powering precision circuits and providing a regulated voltage. It is an integrated solution, providing reliable operation over a wide temperature range.

The TCR2EE36, LM has several application fields, including driving a buck-boost circuit or providing a regulated output voltage for low-side MOSFET drivers, electronic motor drive modules, motor drivers, system logic power supplies, and other precision electronics.

The working principle of the TCR2EE36, LM is quite simple. It is based on an on-chip buck-boost controller that automatically adjusts its output to maintain a constant output voltage regardless of input voltage changes. The adjustable output voltage range is from -40V to +40V, and the current that can be pulled is up to 2A. A separate load detector monitors the load current, and the buck-boost voltage regulator is adjusted accordingly. The TCR2EE36, LM requires only two external resistors to set the output voltage to the desired level.

The TCR2EE36, LM is a highly efficient, adjustable buck-boost controller that can be used to regulate the voltage in a wide range of applications. With its adjustable output voltage, it can be used to drive a buck-boost circuit or provide a regulated output voltage. It is ideal for providing a regulated voltage output in applications such as low-side MOSFET drivers, motor drivers, system logic power supplies, and other precision electronics.