LT8364EDE#TRPBF

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The LT8364EDE#TRPBF is a 6-channel synchronous step-down regulator specifically designed for high-performance microprocessor and SoC power systems. It implements a 6-channel synchronous architecture with a grid of 40V input and 6V, 24V and 48V output channels. It also offers multiple feedback options, adjustable output voltage, integrated current limit, output voltage tracking, and soft start for improved system dynamic performance.

The LT8364EDE#TRPBF is categorized as a PMIC (Power Management Integrated Circuit), specifically, a Voltage Regulator within the DC-DC Switching Regulator family. DC-DC switching regulators are control circuits that provide a regulated output voltage regardless of input voltage and other variations. Specifically, DC-DC switching regulators employ field-effect transistors (FETs) and switching frequency operation to achieve high efficiency, high power conversion, and low-noise operation.

The LT8364EDE#TRPBF offers a wide range of uses and applications, given that it includes a high efficiency, high power conversion ratio, and low-noise operation. It is ideal for powering microprocessors, SoCs and high power analog FPGAs, as well as in applications from industrial to automotive. Additionally, the LT8364EDE#TRPBF can be used in many power management applications, such as laptop computers, LCD TVs, and digital camera displays.

The LT8364EDE#TRPBF operation is based on a buck-boost topology circuit. In this circuit, the switching frequency is variable and the switching elements used are MOSFETs. The design includes the use of two positive MOSFETs and two negative MOSFETs arranged in a bridge configuration. This bridge configuration creates bidirectional impedance between the output of the buck-boost and its input. The MOSFETs can then be switched at different frequencies to produce a voltage step-down, or Vout, resulting from the buck-boost topology.

The LT8364EDE#TRPBF also includes adjustable maximum allowable output current, programmable step-down, or Vout current-limit points and soft-start. This helps reduce the output voltage deviation, improving dynamic performance. The LT8364EDE#TRPBF also includes several other features, such as reverse current protection and Undervoltage Lockout (UVLO). Reverse current protection helps protect the system from excessive current going through the led to the battery, while UVLO helps prevent the system from running on low voltage by setting a minimum voltage threshold.

Overall, the LT8364EDE#TRPBF is an ideal power management solution for a wide range of applications. It offers a high efficiency, high power conversion, and low noise operation, making it suitable for microprocessor and high power analog FPGA systems. By implementing a wide range of features such as adjustable maximum allowable output current, programmable step-down Vout, current-limit points, and soft-start, it further improves system performance. As a result, the LT8364EDE#TRPBF is an excellent choice for powering modern microprocessor and SoC-based systems.

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