TLE2426CLPR

The TLE2426CLPR is a high-performance and low-power voltage reference from Texas Instruments. It is a precision voltage reference with rail-to-rail output swing, enabling both positive and negative output voltages. This voltage reference is designed to provide a precise and stable voltage reference on the power rail, and is suitable for applications requiring both low power and precision in high voltage environments.

The TLE2426CLPR belongs to the category of PMIC - Voltage Reference products. It is designed to offer precision voltage reference to improve the performance of high voltage systems, like motor drives, audio amplifiers, etc. It operates in the range of 0V to 36V, and has a maximum output current of 1.25mA. This voltage reference can be used to set an accurate voltage in applications where the voltage on the power rail is constantly changing due to load and line regulation.

The working principle of the TLE2426CLPR is based on its core factor, the internal voltage reference. It is a precision voltage reference that features a very low offset voltage, as well as low input offset, line and load regulation. The internal voltage reference is connected to an op-amp, which is then connected to the output. When the output is shorted, the op-amp is disabled, thereby eliminating the need for high voltage rail protection. Therefore, this voltage reference is ideal for applications where the supply voltage is constantly changing due to load and line regulation.

The TLE2426CLPR is suitable for many different applications. It is used in motor drives, audio amplifiers, high voltage systems, and other applications. It is also used as references for voltage regulators, AC-DC converters, and other power supply designs. The TLE2426CLPR can be used as a reference for microprocessors, where an accurate and stable power supply voltage is critical for successful operation.

In summary, the TLE2426CLPR is a high-performance and low-power voltage reference from Texas Instruments. It is a precision voltage reference with rail-to-rail output swing, enabling both positive and negative output voltages. Its internal voltage reference is connected to an op-amp, which is then connected to the output. This voltage reference can be used to set an accurate voltage in applications where the voltage on the power rail is constantly changing due to load and line regulation. It is used in motor drives, audio amplifiers, high voltage systems, and other applications, and is suitable for many different applications.