GHA500F-12-P

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The GHA500F-12-P AC/DC converter is used to deliver high power output in applications such as industrial machinery, UPS systems, back-up appliances, LED lighting, etc. It provides stable, efficient and reliable power conversion from AC to DC.

This AC/DC converter is designed with unique features for a wide input voltage range, high power efficiency and high power density at a very competitive price. It also has low ripple/noise characteristics, high-surge capabilities, EMI compliance and active PFC control. It is designed to meet safety requirements for global markets.

Working principle: The GHA500F-12-P AC/DC converter utilizes its built-in full-bridge rectification, active PFC control and switch-mode control circuit, to effectively convert AC input voltage to a stabilized DC output voltage. The input voltage range of the device is 85VAC to 264VAC. It then converts the AC voltage to a smooth, stable and reliable DC output voltage of 12V. Additionally, the device provides high power density, low reference voltage, low noise, high power efficiency and active PFC control.

The internal PFC control enables the device to achieve the requirements of EN61000-3-2 and EN55022 level A/B standards for higher standards of EMI compliance. The over-voltage protection and over-temperature protection ensure the safety and reliability of the product.

The GHA500F-12-P AC/DC converter is very efficient due to its high power factor resulting from its built-in PFC control. The efficiency of the converter is typically 84% and the power factor is greater than 0.95. Additionally, the device has a built-in active power factor correction (PFC) control which reduces harmonic distortion.

The ultra-wide input voltage range of the device is suitable for all kinds of power networks and it also provides stable and reliable power conversion from AC to DC. It also features high efficiency, low noise and high power density for industrial applications. Moreover, the device features active PFC control, over-voltage protection and over-temperature protection to ensure the safety of the user. All these factors combined make it a great choice for all kinds of AC/DC power conversion applications.

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