TLV7101828EVM-595

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Introduction

The TLV7101828EVM-595 is an evaluation board designed for linear voltage regulators. It can provide the current to the system, deliver a regulated output voltage by absorbing the excessive input power, and act as a precision voltage follower to amplify the voltage difference between the input and output. This application field and working principle of this board offers effective protection from voltage based damages.

Application Field

The TLV7101828EVM-595 is a unique evaluation board specifically designed for single-phase power supplies ranging from 7.3 to 28 V. Featuring a three-terminal device, the board employs dual-level power control via its integrated level shifters, gate drivers, and low output voltage surge current delivery capability. This makes it ideal for applications requiring either high precision voltage regulation or a wide input/output range. Moreover, its accuracy is further improved due to its low side control, which allows for low drop out voltage, improved current regulation accuracy, and improved power supply transient response. Additionally, the board’s wide temperature range operation allows it to be used in all environments. As such, the board is commonly used in various industrial, automotive, medical, personal electronics, and consumer products, among others.

Working Principle

The working principle of the TLV7101828EVM-595 employs a dual-level power control procedure to provide precision linear voltage regulation. The voltage regulator utilizes an advanced low side voltage sensing technique to measure the output voltage, compare it to the setpoint, and adjust the input voltage accordingly to provide a constant output voltage, regardless of variable environmental conditions. Moreover, the regulator responds to a load transient quickly, is relatively robust, and provides a regulated output voltage over a wide range of input and output voltages. The board also features integrated level shifters and gate drivers, which enable fast current switching and low output voltage surge current delivery. Additionally, it has a wide input/output voltage range, improved current regulation accuracy, and improved power supply transient response.

In addition, the board also has integrated protection features for overload and short circuit protection, enabling it to instantly disconnect from the output voltage rail, keeping the output voltage and current independent of each other. Furthermore, the board’s low dropout voltage feature allows for improved current regulation accuracy and improved power supply transient response. This makes the board ideal for applications requiring precise regulation of output voltage, such as precision power supplies.

Conclusion

The TLV7101828EVM-595 is a unique evaluation board specifically designed for single-phase power supplies ranging from 7.3 to 28 V. It has useful features, such as advanced low side voltage sensing technique, dual-level power control procedure, integrated level shifters and gate drivers, wide input/output voltage range, improved current regulation accuracy, and improved power supply transient response. The board is commonly used in various industrial, automotive, medical, personal electronics, and consumer products. Ultimately, these features make it an ideal choice for applications requiring precision linear voltage regulation.

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