FA5613 SOP8

₹ 175.00
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PFC Control: Specifically designed to control power factor correction converters.High Power Factor: Uses an average current control method, enabling a power factor of 99% or higher.Low Power Consumption: Achieves low power consumption through the use of a high-voltage CMOS process, typically 2mA during operation.Output Voltage Control: Can control the DC output voltage over a wide range of loads, from rated load to no-load.Switching Frequency: Offers selectable switching frequencies (60 kHz, 65 kHz) with a spread function to simplify the line filter.Overcurrent Protection: Includes high-precision overcurrent protection (0.5V ± 5%).Dynamic OVP Circuit: Prevents noise and overvoltage conditions.Direct MOSFET Drive: Capable of directly driving a power MOSFET, with a peak output current of 1.5A source and 1.5A sink.FB Short-Circuit Detection: Stops circuit operation if an abnormality occurs in the output voltage detection unit.UVLO Protection: Features a low voltage malfunction prevention circuit (13V ON / 9V OFF).

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  • High-Efficiency Operation: Utilizes a high-voltage CMOS process to achieve low power consumption, with a typical operating current of 2 mA.
  • Average Current Control Mode: Ensures stable operation and enables a power factor of 99% or higher.
  • Wide Load Control: Capable of regulating DC output voltage across a broad range of loads, from full load to no-load conditions.
  • Switching Frequency Options: Features a proprietary switching frequency spread function to reduce electromagnetic interference (EMI), with selectable fixed frequencies of 60 kHz or 65 kHz.
  • Dynamic Overvoltage Protection (OVP): Incorporates a dynamic OVP circuit to prevent noise-related issues.
  • Direct MOSFET Drive Capability: Provides output peak currents of 1.5 A for both sourcing and sinking, allowing direct driving of power MOSFETs.
  • Fault Protection: Includes a feedback (FB) short-circuit detection circuit to halt operation during output voltage detection anomalies.
  • Undervoltage Lockout (UVLO): Equipped with a low voltage malfunction prevention circuit that activates at 13 V (ON) and deactivates at 9 V (OFF).
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