Pfc Inductor Design

Description: Developed for ON Semiconductor NCP1606 PFC controller Referenced as LBOOSTin application note AND8282/D Designed to operate in 100 Watt applications Auxiliary winding provides Zero Current Detection (ZCD) information

• Operating Temperature: -40 to 85 C
• Cooling Method: Dry-type / Air Cooled
• Transformer Type: Isolation Transformer
• Features: Other, Power / Power System / Distribution Transformer

Description: Developed for ON Semiconductor NCP1606 / 7 / 8 PFC controllers. Replaces FA2890-CL boost inductor Designed to operate in 100 Watt applications. Auxiliary winding provides Zero Current Detection (ZCD) information

• Operating Temperature: -40 to 85 C
• Transformer Type: Isolation Transformer
• Features: Other, Power / Power System / Distribution Transformer
• Standards / Compliance: RoHS Compliant

Description: Developed for ON Semiconductor NCP1606 PFC controller. Designed to operate in 100 Watt applications. Auxiliary winding provides Zero Current Detection (ZCD) information. Referenced as LBOOSTin application note AND8282/D. Also see JA4224-AL for NCP1607 and NCP1608.

• Operating Temperature: -40 to 85 C
• Transformer Type: Isolation Transformer
• Features: Other, Power / Power System / Distribution Transformer
• Standards / Compliance: RoHS Compliant

Description: standard boost PFC Smaller EMI filter Lower inductor current ripple than single PFC operation Zero inductor current ripple at 50% duty cycle TRENCHSTOP™ 5 WR5 IGBT enables high fsw, which allows to place the inductors on board High efficiency up to 97.8% can be

• Category: Development Board
• Features: Other

Description: • Designed for ON Semiconductor for their 300 Watt, wide mains, PFC stage, driven by the NCP1654 PFC Controller • Shown as L1 on Application Note AND8324/D • High inductance: 650 μH; high saturating current: 6.3 A

• Inductance Range: 650 microH
• DCR: 0.165 ohms
• SRF: 770 MHz
• Operating Temperature: -40 to 85 C

Description: Amorphous inductors have versatile applications including filtering, energy storage, PFC, and more in various fields like 5G communication, electronic measurement, industrial automation control, and automotive electronics. The key advantages are as follows: • High magnetic permeability

• Operating Temperature: 40 to 125 C

Description: Under-voltage lockout at all channels Cross-conduction prevention Built-in temperature monitoring Motor power rating up to 4400 W at 10 kHz UL certified Benefits Fully featured interleaved PFC IPM High PFC switching up to 60 kHz to reduce inductor size Excellent thermal

• Input Current: 20 amps
• Output Voltage: 650 volts
• Output Power: 4,400 watts
• Technology: Intelligent Power Module (IPM)

Description: and soft recovery Planar die design Applications AC/DC converter DC/DC converter SMPS / UPS PFC Freewheeling applications

• V_F: 1.21 to 0.00121 volts
• I_F: 5.6 mA
• VR: 650 volts
• I_R: 0.000005 mA

Description: and soft recovery Planar die design Applications AC/DC converter DC/DC converter SMPS / UPS PFC Freewheeling applications

• V_F: 2.4 to 0.0024 volts
• I_F: 21 mA
• VR: 400 volts
• I_R: 0.000001 mA

Description: and soft recovery Planar die design Applications AC/DC converter DC/DC converter SMPS / UPS PFC Freewheeling applications

• V_F: 1.35 to 0.00135 volts
• I_F: 11 mA
• VR: 400 volts
• I_R: 0.000001 mA

Description: and soft recovery Planar die design Applications AC/DC converter DC/DC converter SMPS / UPS PFC Freewheeling applications

• V_F: 2.4 to 0.0024 volts
• I_F: 21 mA
• VR: 650 volts
• I_R: 0.000005 mA

Description: Dual Boost Chopper, NPT IGBT Power Module. Application: AC and DC motor control, Switched Mode Power Supplies, Power Factor Correction (PFC), Interleaved PFC. Features: Non Punch Through (NPT) Fast IGBT (Low voltage drop, Low tail current, Switching frequency up to 50 kHz, Soft

• Features: IGBT, Other

Description: The first module of this new product family is well suited for a DC fast charger PFC converter stage up to 35 kW power, a “sweet spot” for building scalable DC charger units on a modular approach. Main Benefits Current-synthesizing PFC slashes module costs by > 25% with conversion

• Features: MOSFET, Other

Description: Wolfspeed 650V C3MTM SiC MOSFETs to create a smaller, lighter and cost effective system. This reference design is offered as a comprehensive design package which can be used as a starting point for new SiC designs. The design accomplishes: Peak efficiencies of 96.5% Power

• Category: Development Board

Description: Decoupling of thermals from substrate Enabling of higher power density designs Scalable for use in PFC and DC-DC stage Granular portfolio available Potential Applications On-board chargers HV-LV DC-DC converters Auxiliary power supplies Applications AC-DC auxiliary power supplies

• V_GS(off): 3.5 to 4.5 volts
• r_DS(on): 0.099 ohms
• T_J: -55 to 150 C
• Features: Automotive, MOSFET, Other

Description: Decoupling of thermals from substrate Enabling of higher power density designs Scalable for use in PFC and DC-DC stage Granular portfolio available Potential Applications On-board chargers HV-LV DC-DC converters Auxiliary power supplies Applications AC-DC auxiliary power supplies

• V_GS(off): 3.5 to 4.5 volts
• r_DS(on): 0.06 ohms
• T_J: -55 to 150 C
• Features: Automotive, MOSFET, Other

Description: reduce component-count by moving from silicon-based, three-level topologies to simpler two-level topologies made possible by the improved switching performance. This device features low on-resistance combined with a low gate charge, making it ideally suited for three-phase, bridgeless PFC

• Features: MOSFET, Other

Description: Small 11 x 9 mm2 PCB footprint Dual gate pads for optimal board layout RoHS 3 (6+4) compliant Applications On Board Chargers Traction Drive DC-DC converters AC-DC Converters Industrial Motor Drives Solar Inverters Bridgeless Totem Pole PFC

• Features: Other