LM98714EB01/NOPB

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Evaluation and Demonstration Boards and Kits play an important role in the development of numerous different applications, such as the LM98714EB01/NOPB, which contains a number of innovative features and is designed to make it easier for users to evaluate and demonstrate specific technologies. The application field of the LM98714EB01/NOPB, as well as its principles of design and operation, will be discussed in further detail below.

The LM98714EB01/NOPB is a vectorless half-bridge, low-power LED driver intended for applications such as automotive, industrial, and medical lighting. It operates with a wide range of input voltages and can support up to 300mA of LED current. It is highly efficient and has the capability of dimming lighting levels using pulse-width modulation (PWM) or by driving the inputs with a logic signal. Additional features include short-circuit protection, over-voltage protection, over-temperature protection, and under-voltage lockout.

The LM98714EB01/NOPB is designed to make it easier to evaluate and demonstrate its features to users. It is equipped with an easy-to-use user interface that allows users to quickly adjust settings for the LED driver, such as input voltage, dimming level, and frequency. Additionally, the board includes an output pad that can be quickly and easily connected to an LED array for easy evaluation of the driver’s output current. Finally, the on-board potentiometer can be easily adjusted to fine-tune the LED current and brightness.

Using the LM98714EB01/NOPB, users are able to evaluate and demonstrate its features without the need for additional components, equipment, or tools. This makes it ideal for designers looking to quickly evaluate the capabilities of the LED driver. Additionally, the board is designed for easy integration into systems by providing ample mounting hardware and a compact form factor.

The primary working principle of the LM98714EB01/NOPB is to provide controlled current to LEDs using the on-board control signals. The board is powered by an external source and then the LED current, dimming level, and frequency are adjusted via the user interface. This then generates an output signal that is sent to an LED array, which is then translated into light. The board also includes protection features to protect the user from short circuits, overvoltage, overtemperature, and undervoltage.

In conclusion, the LM98714EB01/NOPB is an innovative vectorless half-bridge, low-power LED driver suitable for automotive, industrial, and medical lighting applications. It is designed to make it easier to evaluate and demonstrate its features without requiring additional components or tools. The working principle of the device consists of powering an external source and adjusting its settings via the user interface to drive an LED array. Finally, a number of protection features are included to protect the user from short circuits, overvoltage, overtemperature, and undervoltage.

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