LT1963AET-2.5#06PBF

LT1963AET-2.5#06PBF Application Field and Working Principle

The LT1963AET-2.5#06PBF is a voltage regulator designed for use in industrial fixed-voltage power distribution systems. The device is ideally suited for applications where high performance, low power consumption, and minimal switching noise are desired features. It serves to regulate electrical power distribution to downstream voltage regulators and other associated equipment, while providing maximum flexibility in terms of tolerances, power dissipation levels, and output current capabilities.

The LT1963AET-2.5#06PBF is a high performance linear voltage regulator that offers control and accurate voltage regulation that allows for maximum flexibility and scalability. The unit ensures ultimate power distribution stability and power savings, by providing a regulated output voltage regarding input variations, without the need for a voltage reference. The device is designed for constant current and constant voltage output, enabling frequent dispatch and minimum energy wastage.

Features of LT1963AET-2.5#06PBF

• High power efficiency
• Output current up to 2.5A
• Automatic voltage scaling
• Low ripple
• Low power consumption
• Stable voltage regulation
• Soft start
• High power density
• Low operating costs

Applications of LT1963AET-2.5#06PBF

The LT1963AET-2.5#06PBF offers high performance and low power consumption, making it an attractive option for a wide range of fixed-voltage industrial applications. It is ideal for use in distributed power supply architectures, providing stable voltage regulation to downstream voltage regulators and other associated equipment, thereby eliminating any need for costly voltage reference devices. The optimized design of this device allows it to be used in high-density power supply networks, where space utilization is key. Its minimal switching noise ensures that critical equipment is not disturbed.

The device is designed for reduced complexity, high power efficiency, and minimal operating costs, which makes it an ideal choice for use in many applications, including:

• Communication systems
• Industrial automation systems
• Instrumentation systems
• Robotics and control systems
• Power architectures for data centers

Working Principle of LT1963AET-2.5#06PBF

The LT1963AET-2.5#06PBF is designed to provide precise, safe, and reliable power distribution for critical systems. It employs a two-stage topology, combining a linear and a switching regulator in a single unit. The linear regulator is used to convert input voltage to a precise output voltage. The switching regulator provides an efficient low-ripple, low-noise signal to the linear regulator, which further reduces power consumption and provides optimal voltage regulation. The device operates in a current-mode control scheme, with dynamic voltage scaling capability and active current sensing, as well as a wide selection of features such as soft-start, output short-circuit protection, and over temperature protection.

The LT1963AET-2.5#06PBF is designed to operate over a wide range of input voltages, making it suitable for most industrial applications. The device features a low quiescent current, efficient switching frequencies of up to 1 MHz, and a maximum output current of 2.5A – making it an ideal choice for applications requiring low-power, reliable voltage regulation. The unit also offers an adjustable output voltage, allowing for greater flexibility and customization, as well as a low-ripple output signal, making it suitable for supplying critical systems.

Conclusion

The LT1963AET-2.5#06PBF is a high performance linear voltage regulator designed for use in industrial fixed-voltage power distribution systems. Its optimized design offers high performance, low power consumption, and minimal switching noise, making it an ideal choice for applications where power efficiency and reliability are key. The device features dynamic voltage scaling and low ripple output, as well as a wide selection of features such as soft-start, output short-circuit protection, and over temperature protection. Its minimal switching noise makes it ideal for supplying critical systems, and its wide range of input voltages makes it suitable for most industrial applications.