PDA015A-350C

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LED Drivers are devices designed to provide the necessary electrical current and voltage to LED bulbs and lamps. The PDA015A-350C, a high voltage LED Driver, is a specific type of device designed to deal with very high LED voltages.

The PDA015A-350C is an isolated DC/DC step-up converter with adjustable output voltage and constant-current regulation for high power LED applications. It can provide up to 35W of power and is capable of operating at input voltages ranging from 10V to 55V. The PDA015A-350C provides up to 1.5A of constant current and is capable of providing very bright LED lighting. The device is also capable of operating at up to 95% efficiency and has an extremely low standby power (<50mW).

The PDA015A-350C is designed for a variety of applications, including general lighting, automotive lighting, and medical lighting. The device is ideal for retrofits, replacements, and custom-made LED lighting solutions. With its adjustable output voltage and constant-current regulation, the PDA015A-350C ensures that the LEDs operate safely and reliably while providing maximum brightness.

The working principle of the PDA015A-350C is based on the transformer-based isolated DC/DC step-up principle. In this approach, a transformer is used to step-up the voltage from the input to the output. The transformer is also used to isolate the input and output, allowing the device to operate safely. The output voltage is regulated by controlling the pulse width modulation (PWM) of the switch. A current sense circuit is also used to measure the load current and regulate the output current.

The PDA015A-350C is a high voltage LED Driver that is designed to provide the necessary current and voltage to LED bulbs and lamps. It is capable of providing up to 35W of power and operating at input voltages ranging from 10V to 55V. The device is ideal for retrofits, replacements, and custom-made LED lighting solutions. The device operates using a transformer-based isolated DC/DC step-up principle and controls the output voltage and current through a combination of pulse width modulation and current sense circuits.

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