TL1963AKTTRG3

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The TL1963AKTTRG3 is a single-chip, high-accuracy, and low-dropout linear voltage regulator from Texas Instruments. It is a PMIC (Power Management Integrated Circuit) specifically designed for voltage regulation and output at a constant level. The device offers stable output current capability up to 8 A and has high efficiency for low power dissipation.

The TL1963AKTTRG3 has wide application field from embedded microcomputer applications to power line apps such as LCD and LED display controllers, camera drivers, medical apps, etc. It can serve high current outputs with low voltage drop providing low noise, high acceptance rate and low electrical noise. With its high accuracy and extended temperature range, this device is suitable for applications operating in high temperature conditions.

The TL1963AKTTRG3 supports over-voltage, short-circuit, thermal and current protection with up to eight protections. It can work with input voltage ranging in between 2.5 V and 5.5 V, and output voltage which is adjustable between 0 V and 5.5 V. It has a wide range of output current capability from 7 mA to 8 A.

The working principle of TL1963AKTTRG3 is pretty simple. It uses a PMOS current source to establish the feedback loop in a synchronous buck regulator. The feedback loop monitors the output voltage and constantly adjusts the current in order to keep the output voltage at a set level. A wide range of special features is available with the device like fast transient response, excellent line and load regulation, thermal protection and current limit. The device also offers excellent ripple rejection and is capable of driving capacitive, resistive and inductive loads.

With its wide application range, low dropout voltage, low noise, and very high accuracy, the TL1963AKTTRG3 is an ideal candidate for use electronic power control and regulation. The device is suitable for a broad range of applications and helps to effectively solve all power monitoring, management and delivery problems, while keeping the cost low.

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