HIP1013EVAL1

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Evaluation and demonstration boards and kits provide a convenient way to evaluate and demonstrate the capabilities of a particular device or system. This section provides an overview of the HIP1013EVAL1 application field and working principle.

The HIP1013EVAL1 is a MOSFET bridge driver evaluation and demonstration board. The on-board MOSFET driver utilizes a HIP1013 IC as the primary integrated circuit, allowing users to benchmark the performance of a bridge driver MOSFET in open or closed loop configurations. The HIP1013EVAL board also features a high voltage sampling circuit, which enables voltage and waveform monitoring on the driver’s output.

The primary job of the HIP1013EVAL1 board is to accurately drive a MOSFET in a bridge circuit, providing a control signal to ensure the MOSFET switches precisely and at the correct speed and load conditions. The HIP1013EVAL1 board is designed to operate over a wide range of logics and power supply voltages, allowing users to evaluate performance parameters in various bridge configurations.

Using the versatile onboard HIP1013 IC, the HIP1013EVAL1 board can be configured to provide either high, low, or dynamic output current, as well as a variety of frequency and duty-cycle settings. Offered switch options include either NO (Normally Open) or NC (Normally Closed) switch types. The board also features an adjustable dead time control for circuit optimization and a master enable pin to shut down the output switching circuit.

The user-friendly demonstration board offers several signals and control connections for testing and operating the HIP1013EVAL1 board. The board interfaces with a logic source through the standard header pins labelled 1-8 or 0-7, or alternatively, the provided user switches and LED drivers can be used to provide static logic control signals. The board also features outputs for grounding the power supply and for monitoring the output voltage.

The HIP1013EVAL1 board offers compatibility with many popular development platforms, such as FPGAs, microcontrollers, and DSPs. As evidenced by its wide range of capabilities, it is an effective tool for evaluation and demonstration of MOSFET bridge drivers. The board’s MOSFET driver IC, HIP1013, sets the standard for robust, reliable operation in a wide variety of applications.

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