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HiperPFS-3

PFC Controller with Integrated High-Voltage MOSFET and Qspeed Diode Optimized for High PF and Efficiency Across Load Range

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Product Parts Table
Product
Data Sheet
Output Power (Max) - Continuous, Univ
Output Power (Max) - Peak, Univ
Output Power (Max) - Continuous, 230V
Output Power (Max) - Peak, 230V
IC Package
Voltage - Input (Min)
Voltage - Input (Max)
Topology
Protection Features
Breakdown Voltage
Voltage - Start-up
Voltage - Supply (Vcc/Vdd)
Over-Temperature Response
Mounting Type
Product Type
Temperature - Operating (Max)
Temperature - Operating (Min)
Auto-Restart & Overvoltage Response
Output Profile
Data Sheet View PDF
Output Power (Max) - Continuous, Univ 110 W
Output Power (Max) - Peak, Univ 120 W
IC Package eSIP-16D
Voltage - Input (Min) 90 V
Voltage - Input (Max) 264 V
Topology Boost PFC
Protection Features Output Undervoltage, Overtemperature, Input Overvoltage, Input Undervoltage, Output Overvoltage, Output Short Circuit, Output Overload
Breakdown Voltage 530 V
Voltage - Start-up 0.74V
Voltage - Supply (Vcc/Vdd) 12V
Over-Temperature Response Hysteretic
Mounting Type Through Hole
Product Type IC
Temperature - Operating (Max) 150 °C
Temperature - Operating (Min) -40 °C
Auto-Restart & Overvoltage Response Hysteretic
Output Profile CC
Data Sheet View PDF
Output Power (Max) - Continuous, Univ 110 W
Output Power (Max) - Peak, Univ 120 W
IC Package eSIP-16G
Voltage - Input (Min) 90 V
Voltage - Input (Max) 264 V
Topology Boost PFC
Protection Features Output Undervoltage, Overtemperature, Input Overvoltage, Input Undervoltage, Output Overvoltage, Output Short Circuit, Output Overload
Breakdown Voltage 530 V
Voltage - Start-up 0.74V
Voltage - Supply (Vcc/Vdd) 12V
Over-Temperature Response Hysteretic
Mounting Type Through Hole
Product Type IC
Temperature - Operating (Max) 150 °C
Temperature - Operating (Min) -40 °C
Auto-Restart & Overvoltage Response Hysteretic
Output Profile CC
Data Sheet View PDF
Output Power (Max) - Continuous, Univ 130 W
Output Power (Max) - Peak, Univ 150 W
IC Package eSIP-16D
Voltage - Input (Min) 90 V
Voltage - Input (Max) 264 V
Topology Boost PFC
Protection Features Output Undervoltage, Overtemperature, Input Overvoltage, Input Undervoltage, Output Overvoltage, Output Short Circuit, Output Overload
Breakdown Voltage 530 V
Voltage - Start-up 0.74V
Voltage - Supply (Vcc/Vdd) 12V
Over-Temperature Response Hysteretic
Mounting Type Through Hole
Product Type IC
Temperature - Operating (Max) 150 °C
Temperature - Operating (Min) -40 °C
Auto-Restart & Overvoltage Response Hysteretic
Output Profile CC
Data Sheet View PDF
Output Power (Max) - Continuous, Univ 130 W
Output Power (Max) - Peak, Univ 150 W
IC Package eSIP-16G
Voltage - Input (Min) 90 V
Voltage - Input (Max) 264 V
Topology Boost PFC
Protection Features Output Undervoltage, Overtemperature, Input Overvoltage, Input Undervoltage, Output Overvoltage, Output Short Circuit, Output Overload
Breakdown Voltage 530 V
Voltage - Start-up 0.74V
Voltage - Supply (Vcc/Vdd) 12V
Over-Temperature Response Hysteretic
Mounting Type Through Hole
Product Type IC
Temperature - Operating (Max) 150 °C
Temperature - Operating (Min) -40 °C
Auto-Restart & Overvoltage Response Hysteretic
Output Profile CC
Data Sheet View PDF
Output Power (Max) - Continuous, Univ 185 W
Output Power (Max) - Peak, Univ 205 W
IC Package eSIP-16D
Voltage - Input (Min) 90 V
Voltage - Input (Max) 264 V
Topology Boost PFC
Protection Features Output Undervoltage, Overtemperature, Input Overvoltage, Input Undervoltage, Output Overvoltage, Output Short Circuit, Output Overload
Breakdown Voltage 530 V
Voltage - Start-up 0.74V
Voltage - Supply (Vcc/Vdd) 12V
Over-Temperature Response Hysteretic
Mounting Type Through Hole
Product Type IC
Temperature - Operating (Max) 150 °C
Temperature - Operating (Min) -40 °C
Auto-Restart & Overvoltage Response Hysteretic
Output Profile CC
Data Sheet View PDF
Output Power (Max) - Continuous, Univ 185 W
Output Power (Max) - Peak, Univ 205 W
IC Package eSIP-16G
Voltage - Input (Min) 90 V
Voltage - Input (Max) 264 V
Topology Boost PFC
Protection Features Output Undervoltage, Overtemperature, Input Overvoltage, Input Undervoltage, Output Overvoltage, Output Short Circuit, Output Overload
Breakdown Voltage 530 V
Voltage - Start-up 0.74V
Voltage - Supply (Vcc/Vdd) 12V
Over-Temperature Response Hysteretic
Mounting Type Through Hole
Product Type IC
Temperature - Operating (Max) 150 °C
Temperature - Operating (Min) -40 °C
Auto-Restart & Overvoltage Response Hysteretic
Output Profile CC
Data Sheet View PDF
Output Power (Max) - Continuous, Univ 230 W
Output Power (Max) - Peak, Univ 260 W
IC Package eSIP-16D
Voltage - Input (Min) 90 V
Voltage - Input (Max) 264 V
Topology Boost PFC
Protection Features Output Undervoltage, Overtemperature, Input Overvoltage, Input Undervoltage, Output Overvoltage, Output Short Circuit, Output Overload
Breakdown Voltage 530 V
Voltage - Start-up 0.74V
Voltage - Supply (Vcc/Vdd) 12V
Over-Temperature Response Hysteretic
Mounting Type Through Hole
Product Type IC
Temperature - Operating (Max) 150 °C
Temperature - Operating (Min) -40 °C
Auto-Restart & Overvoltage Response Hysteretic
Output Profile CC
Data Sheet View PDF
Output Power (Max) - Continuous, Univ 290 W
Output Power (Max) - Peak, Univ 320 W
IC Package eSIP-16D
Voltage - Input (Min) 90 V
Voltage - Input (Max) 264 V
Topology Boost PFC
Protection Features Output Undervoltage, Overtemperature, Input Overvoltage, Input Undervoltage, Output Overvoltage, Output Short Circuit, Output Overload
Breakdown Voltage 530 V
Voltage - Start-up 0.74V
Voltage - Supply (Vcc/Vdd) 12V
Over-Temperature Response Hysteretic
Mounting Type Through Hole
Product Type IC
Temperature - Operating (Max) 150 °C
Temperature - Operating (Min) -40 °C
Auto-Restart & Overvoltage Response Hysteretic
Output Profile CC
Data Sheet View PDF
Output Power (Max) - Continuous, Univ 350 W
Output Power (Max) - Peak, Univ 385 W
IC Package eSIP-16D
Voltage - Input (Min) 90 V
Voltage - Input (Max) 264 V
Topology Boost PFC
Protection Features Output Undervoltage, Overtemperature, Input Overvoltage, Input Undervoltage, Output Overvoltage, Output Short Circuit, Output Overload
Breakdown Voltage 530 V
Voltage - Start-up 0.74V
Voltage - Supply (Vcc/Vdd) 12V
Over-Temperature Response Hysteretic
Mounting Type Through Hole
Product Type IC
Temperature - Operating (Max) 150 °C
Temperature - Operating (Min) -40 °C
Auto-Restart & Overvoltage Response Hysteretic
Output Profile CC
Data Sheet View PDF
Output Power (Max) - Continuous, Univ 405 W
Output Power (Max) - Peak, Univ 450 W
IC Package eSIP-16D
Voltage - Input (Min) 90 V
Voltage - Input (Max) 264 V
Topology Boost PFC
Protection Features Output Undervoltage, Overtemperature, Input Overvoltage, Input Undervoltage, Output Overvoltage, Output Short Circuit, Output Overload
Breakdown Voltage 530 V
Voltage - Start-up 0.74V
Voltage - Supply (Vcc/Vdd) 12V
Over-Temperature Response Hysteretic
Mounting Type Through Hole
Product Type IC
Temperature - Operating (Max) 150 °C
Temperature - Operating (Min) -40 °C
Auto-Restart & Overvoltage Response Hysteretic
Output Profile CC
Data Sheet View PDF
Output Power (Max) - Continuous, 230V 255 W
Output Power (Max) - Peak, 230V 280W
IC Package eSIP-16D
Voltage - Input (Min) 180 V
Voltage - Input (Max) 264 V
Topology Boost PFC
Protection Features Output Undervoltage, Overtemperature, Input Overvoltage, Input Undervoltage, Output Overvoltage, Output Short Circuit, Output Overload
Breakdown Voltage 530 V
Voltage - Start-up 1.57V
Voltage - Supply (Vcc/Vdd) 12V
Over-Temperature Response Hysteretic
Mounting Type Through Hole
Product Type IC
Temperature - Operating (Max) 150 °C
Temperature - Operating (Min) -40 °C
Auto-Restart & Overvoltage Response Hysteretic
Output Profile CC
Data Sheet View PDF
Output Power (Max) - Continuous, 230V 315 W
Output Power (Max) - Peak, 230V 350W
IC Package eSIP-16D
Voltage - Input (Min) 180 V
Voltage - Input (Max) 264 V
Topology Boost PFC
Protection Features Output Undervoltage, Overtemperature, Input Overvoltage, Input Undervoltage, Output Overvoltage, Output Short Circuit, Output Overload
Breakdown Voltage 530 V
Voltage - Start-up 1.57V
Voltage - Supply (Vcc/Vdd) 12V
Over-Temperature Response Hysteretic
Mounting Type Through Hole
Product Type IC
Temperature - Operating (Max) 150 °C
Temperature - Operating (Min) -40 °C
Auto-Restart & Overvoltage Response Hysteretic
Output Profile CC
Data Sheet View PDF
Output Power (Max) - Continuous, 230V 435 W
Output Power (Max) - Peak, 230V 480W
IC Package eSIP-16D
Voltage - Input (Min) 180 V
Voltage - Input (Max) 264 V
Topology Boost PFC
Protection Features Output Undervoltage, Overtemperature, Input Overvoltage, Input Undervoltage, Output Overvoltage, Output Short Circuit, Output Overload
Breakdown Voltage 530 V
Voltage - Start-up 1.57V
Voltage - Supply (Vcc/Vdd) 12V
Over-Temperature Response Hysteretic
Mounting Type Through Hole
Product Type IC
Temperature - Operating (Max) 150 °C
Temperature - Operating (Min) -40 °C
Auto-Restart & Overvoltage Response Hysteretic
Output Profile CC
Data Sheet View PDF
Output Power (Max) - Continuous, 230V 550 W
Output Power (Max) - Peak, 230V 610W
IC Package eSIP-16D
Voltage - Input (Min) 180 V
Voltage - Input (Max) 264 V
Topology Boost PFC
Protection Features Output Undervoltage, Overtemperature, Input Overvoltage, Input Undervoltage, Output Overvoltage, Output Short Circuit, Output Overload
Breakdown Voltage 530 V
Voltage - Start-up 1.57V
Voltage - Supply (Vcc/Vdd) 12V
Over-Temperature Response Hysteretic
Mounting Type Through Hole
Product Type IC
Temperature - Operating (Max) 150 °C
Temperature - Operating (Min) -40 °C
Auto-Restart & Overvoltage Response Hysteretic
Output Profile CC
Data Sheet View PDF
Output Power (Max) - Continuous, 230V 675 W
Output Power (Max) - Peak, 230V 750W
IC Package eSIP-16D
Voltage - Input (Min) 180 V
Voltage - Input (Max) 264 V
Topology Boost PFC
Protection Features Output Undervoltage, Overtemperature, Input Overvoltage, Input Undervoltage, Output Overvoltage, Output Short Circuit, Output Overload
Breakdown Voltage 530 V
Voltage - Start-up 1.57V
Voltage - Supply (Vcc/Vdd) 12V
Over-Temperature Response Hysteretic
Mounting Type Through Hole
Product Type IC
Temperature - Operating (Max) 150 °C
Temperature - Operating (Min) -40 °C
Auto-Restart & Overvoltage Response Hysteretic
Output Profile CC
Data Sheet View PDF
Output Power (Max) - Continuous, 230V 810 W
Output Power (Max) - Peak, 230V 900W
IC Package eSIP-16D
Voltage - Input (Min) 180 V
Voltage - Input (Max) 264 V
Topology Boost PFC
Protection Features Output Undervoltage, Overtemperature, Input Overvoltage, Input Undervoltage, Output Overvoltage, Output Short Circuit, Output Overload
Breakdown Voltage 530 V
Voltage - Start-up 1.57V
Voltage - Supply (Vcc/Vdd) 12V
Over-Temperature Response Hysteretic
Mounting Type Through Hole
Product Type IC
Temperature - Operating (Max) 150 °C
Temperature - Operating (Min) -40 °C
Auto-Restart & Overvoltage Response Hysteretic
Output Profile CC
Data Sheet View PDF
Output Power (Max) - Continuous, 230V 900 W
Output Power (Max) - Peak, 230V 1000W
IC Package eSIP-16D
Voltage - Input (Min) 180 V
Voltage - Input (Max) 264 V
Topology Boost PFC
Protection Features Output Undervoltage, Overtemperature, Input Overvoltage, Input Undervoltage, Output Overvoltage, Output Short Circuit, Output Overload
Breakdown Voltage 530 V
Voltage - Start-up 1.57V
Voltage - Supply (Vcc/Vdd) 12V
Over-Temperature Response Hysteretic
Mounting Type Through Hole
Product Type IC
Temperature - Operating (Max) 150 °C
Temperature - Operating (Min) -40 °C
Auto-Restart & Overvoltage Response Hysteretic
Output Profile CC

The HiperPFS-3 family of devices incorporate a continuous conduction mode (CCM) boost PFC controller, gate driver, ultra-low reverse recovery diode, and high-voltage power MOSFET into a compact, heat-sinkable package. The HiperPFS-3 family features a digital enhancer that increases the power factor at highline to >0.92 at 20% load and an efficient "light load" mode of operation which achieves <60 mW no-load consumption.

The HiperPFS-3 families' variable frequency continuous conduction mode operation minimizes loss by maintaining a low average switching frequency and by modulating the frequency, suppressing peak EMI. Systems using HiperPFS-3 typically minimize the total X and Y capacitance requirements of the converter and the inductance of both the boost choke and EMI noise suppression chokes, thereby reducing overall system size and cost.

HiperPFS-3 devices require a minimum of external components, saving board space, reducing system BOM cost and the power loss associated with sense resistors.