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PFS7633H

PFC controller integrated 600 V MOSFET can be within the scope of the load with high power factor, with high efficiency

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Product details

HiperPFS - 4 devices will be a continuous conduction mode (CCM) boost PFC controller, grid drive and 600 V power MOSFET integrated in a (internal earthing pin connected) thin power package.HiperPFS - 4 device eliminates external current sense resistor, so as to avoid the relevant power loss.Its innovative control technology, can be in the output load, the input voltage and input power frequency cycle adjustment switch frequency.

This control technique can improve the efficiency of the whole load range, especially under the condition of light load efficiency.In addition, due to its wide bandwidth spectrum distribution effect, can reduce the requirement of EMI filter.HiperPFS - 4采用先进的数字技术来实现输入电压监测、输入电压前馈调节和功率因数改善,同时核心控制器采用模拟技术来维持极低的空载功耗。

HiperPFS - 4 also has an integrated nonlinear error amplifier, and can improve the dynamic responses of the load.The power of the user in addition to set ready (PG) signal, also can choose power limit function.HiperPFS - 4具备Power Integrations的整套标准保护功能,例如欠压保护、过压保护、电压缓升/跌落保护和迟滞热关断等。此外,HiperPFS-4还提供功率MOSFET逐周期限流和安全工作区(SOA)保护、限制输出功率的过载保护以及引脚到引脚短路保护。

The product features

  • Internal integration of 600 V MOSFET
  • Within the scope of the whole load has high efficiency and high power factor
    • Load from 10% to 100% load efficiency > 95%
    • In 230 VAC input under no-load power consumption < 60 mW
    • Under 20% load PF > 0.95
    • Meet EN61000-3-2 Class C and D standards
  • Highly integrated, can realize the least size boost PFC converter
  • Optimization of encapsulation, suitable for mass production
  • Without insulation gasket/thermal heat sink
  • The power of the set ready (PG) signal
  • Users can choose the power limit: the user can in the same design on different HiperPFS - 4 test to select the best device series of members
  • Integrated with nonlinear amplifier, is used to provide rapid output over-voltage and under-voltage protection and dynamic response
  • Digital input voltage peak detection - even in uninterruptible power supply (UPS) or generator power supply when the voltage distortion situation still can provide reliable performance
  • Enhanced digital power factor circuit to compensate for the distortion of EMI filters and rectifier bridge, thus it can be in high voltage input, the power factor of 20% load conditions provide above 0.95
  • In the entire input voltage range, and each cycle to adjust the working frequency power frequency
    • In > 60 KHZ frequency range of spread spectrum, can simplify the EMI filter circuit
    • Reduce the boost inductor
  • In general the input voltage applications can provide 450 W peak power output, in only high input voltage applications can provide peak output power of 610 W
  • Protection features include: under-voltage lockout (UVLO) protection, undervoltage (UV) protection, overvoltage (OV) voltage protection, over temperature protection (OTP), slow rise/fall protection, weekly time flow and overload power limit protection
  • Can tolerate 305 VA steady-state and 410 VAC input voltage
  • Halogen free and comply with RoHS standard

Product specification

Product specification
Output (maximum) - peak, 230 v 280.00 W.
Output (maximum) - sustainability, 230 v 255.00 W.
The breakdown voltage 600 V
The input voltage (minimum) 180 V
The input voltage. 264 V
Automatic restart and overpressure reactions Hysteretic
IC packaging ESIP - 16 d
Installation type Through Hole,
Overheating reaction Hysteretic
Operating temperature (minimum) To 40 ° C
Operating temperature (maximum) 150 ° c.
Protection function
The Output Undervoltage
Overtemperature
Input Overvoltage
Input Undervoltage
The Output Overvoltage
The Output Short Circuit
The Output Overload
Output configuration CC
topology The Boost PFC
The Product Sub - Type PMIC
Start the voltage 1.57 V
Supply voltage (Vcc/Vdd) 12.00 V

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