NCP1395LLCGEVB

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The NCP1395LLCGEVB application field and working principle is an important concept to understand in the world of Evaluation Boards - DC/DC & AC/DC (Off-Line) SMPS. This type of switch-mode power supply (SMPS) is a compact, energy-efficient way of converting energy from one form to another. SMPS can also be used to design power-level circuitry for low-voltage applications, such as consumer electronics. Understanding the application field and working principle of NCP1395LLCGEVB can help engineers, designers, and end-users fully utilize the versatility of SMPS solutions.

The NCP1395LLCGEVB is a fully integrated half-bridge driving unit board that is capable of operating from a range of 7V to 22V input voltage. It is one of several available boards that can be employed in the design of low-voltage DC/DC or AC/DC power supplies. This board features a wide range of features and functions, such as under-voltage lockout (UVLO), Automatic On/Off (AO), and Fixed Frequency Operation (FFO).

The NCP1395LLCGEVB board is designed to be used as an evaluation platform. In a typical system, the board interfaces with the output gate drives (GD) to reduce overall complexity and to minimize the need for external components. This board is also capable of providing short-circuit protection, pre-bias protection, and overcurrent limiting functions. The board integrates an array of safety and diagnostic features, such as open-drain indication, rise/fall-time testing, and least-active fault-detection, to ensure reliable operation of the system.

The NCP1395LLCGEVB board can be used to design a range of DC/DC or AC/DC SMPS solutions. The direct integration of the board can reduce the overall power conversion complexity, making the design process easier and faster. The board is capable of automatically detecting and shutting down the system in case of a short-circuit or other power-related fault conditions. Additionally, the NCP1395LLCGEVB board is capable of operating over a wide-range of operating temperatures and is well-suited for high-temperature applications. The board is also designed to meet UL/Safety critical standards, ensuring safety in the application field.

The integrated dual-channel MOSFET driver of the NCP1395LLCGEVB board contains two outputs that can be controlled independently. When connected to the load, one output acts as a high-side switch, while the other acts as a low-side switch. The MOSFET driver enables the board to control two MOSFETs simultaneously in a half-bridge configuration, eliminating the need for additional drivers. Additionally, the NCP1395LLCGEVB board provides a low-power start-up capability, enabling designs that can be powered on with minimal current consumption.

The NCP1395LLCGEVB board includes a microcontroller that enables the system to configure the board according to specific application requirements. By configuring the board, designers can control the system\'s operating frequency, voltage, and current levels, improving energy efficiency and reducing EMI emissions. The board contains an on-board diagnostics module that allows the system to quickly detect and log any faults that may arise during operation.

The NCP1395LLCGEVB board is an ideal choice for designs that require an efficient DC/DC or AC/DC SMPS solution. The board\'s integrated dual-channel MOSFET driver eliminates the need for additional drivers, while its configurable design allows for easy customization. The board\'s on-board diagnostics module ensures reliable operation, and its wide operating temperature range makes it suitable for high-temperature and challenging applications. The board can help engineers, designers, and end-users fully utilize the versatility of SMPS solutions.

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