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Power Factor Correction ICs Available With Next-Day Delivery.

How to Calculate the Power Factor?

The power factor (Real Power minus Reactive Power, where the real power is the power needed to carry out the task while reactive power is the extra power not required to carry out the task) is calculated by dividing Active by Apparent power. The main objective is that the power factor needs to be 100% efficient, or 1 pf.

What are the Benefits of Buying Our Top-line Power Factor Correction?

Power factor correction can help financially by reducing the amount of unnecessary reactive power or power consumption. Furthermore, they also provide reduced voltage drops, reduced installation size, and increased available power. In addition, they also provide greater longevity for the electrical system and less heat.

What are the Uses of Power Factor Connections?

PFC is widely used in multiple applications and can be employed for various devices, such as:

Computers

Electrical Motors

Induction Welders

Lighting

Power Supplies

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NCP1618CDR2G, ON Semiconductor

The ON Semiconductor NCP1618CDR2G is an innovative multimode power factor controller. The circuit naturally transitions from one operation mode to another depending the switching period duration so that the efficiency is optimized over the line/load range. In very−light−load conditions, the circuit can enter the soft−SKIP mode for minimized losses. Housed in a SO-9 package, the circuit further incorporates the features necessary for robust and compact PFC stages, with few external components A High-voltage start-up current source for VCC capacitor charge at startup It has an internal compensation of the regulation loop It offers Soft and Fast-overvoltage protection It offers Line-Sag and Brown-out detection

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NCP1618DDR2G, ON Semiconductor

The ON Semiconductor NCP1618DDR2G is an innovative multimode power factor controller. The circuit naturally transitions from one operation mode to another depending the switching period duration so that the efficiency is optimized over the line/load range. In very−light−load conditions, the circuit can enter the soft−SKIP mode for minimized losses. Housed in a SO-9 package, the circuit further incorporates the features necessary for robust and compact PFC stages, with few external components A High-voltage start-up current source for VCC capacitor charge at startup It has an internal compensation of the regulation loop It offers Soft and Fast-overvoltage protection It offers Line-Sag and Brown-out detection

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NCP1618ADR2G, onsemi

HIGH-VOLTAGE, MULTIMODE POWER FA

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FAN6921BMRMY, onsemi

The ON Semiconductor highly integrated FAN6921BMR combines power factor correction (PFC) controller and quasi−resonant PWM controller. The integration provide cost effect design and allow for fewer external components. It uses a controlled on−time technique to provide a regulated DC output voltage and to perform natural power factor correction. Zero−Current Detection for PFC Stage Quasi−resonant operation for PWM stage Internal minimum tOFF 8 ms for QR PWM stage Internal 10 ms soft−start for PWM Brownout Protection

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IDP2308XUMA1, Infineon

The Infineon Multi mode PFC and LLC controller combined with a floating high side driver and a start up cell. A digital engine provides advanced algorithms for multi mode operation to support highest efficiency over the whole load range. A comprehensive and configurable protection feature set is implemented. Only a minimum of external components are required with the low pin count DSO 14 package. The integrated HV start up cell and advanced burst mode enable to achieve low stand by power. In addition a one time programming unit is integrated to provide a wide set of configurable parameters that help to ease the design in phase. Flexible design Integrated floating driver Integrated 600V start up cell Digital multi mode operation UART interface for communication Eliminates the auxiliary power supply

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FPAB20BH60B, onsemi

MODULE SPM 600V 20A SPMIC

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IMDIM15H, Schneider Electric

The Schneider Electric Insulation monitoring device is dedicated to monitoring AC, DC and ACDC medical IT systems. It measures the system insulation resistance by injecting a low frequency AC current between the network and ground. Configuration will be set in accordance to medical standards, from the front of the device, through the HMI screen. Setting are related to insulation alarm thresholds from 50 kilohms to 500 kilohms, and Transformer overheat and overload alarms. It monitors networks up to 230VAC, 230VDC, in medical IT architecture, and well as the medical IT transformer. RoHS compliant Mercury free IP20 and IP52 protection rated Overvoltage category III

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434-502, RS PRO

RS PRO PFC Controller, 12 Level SVC Compatible The RS PRO PFC Controller is a three-phase power factor controller designed to optimise reactive power management in industrial systems. Featuring a graphic LCD screen, it provides precise control over inductive and capacitive loads, enhancing system efficiency and reducing energy costs. Features and Benefits Easy to install and use with 2.9-inch graphic LCD screen, simplifying setup and monitoring Voltage, harmonic current/voltage, inductive and capacitive alarm output, ensuring system reliability Generator input and generator compensation, enhancing flexibility in power management Intervention, discharge, and settling times can be adjustable, allowing for customised operation Remote communication with RS485 (RS485 ModBus RTU), enabling seamless integration Manual step value enterable, providing user control over settings Single, two, and three-phase capacitor and shunt reactor can be connected, offering versatile application Voltage and current harmonics can be observed up to 31st harmonics, ensuring detailed analysis Power factor and cosine values of each phase can be observed, aiding in performance monitoring Capacitive/active and inductive/active ratios can be observed, optimising load management Total energies (import/export) can be observed, facilitating energy tracking THD-V and THD-I values of each phase can be observed, ensuring comprehensive harmonic analysis Creating power analysis (20 samples 9999 min), supporting detailed system evaluation Current and voltage values of each phase can be observed, providing real-time data Password protected menu, ensuring secure access Applications Industrial power management Energy efficiency optimisation Reactive power compensation Additional Information Remote communication capability with RS485 ModBus RTU Password protection for secure operation Why RS PRO? RS PRO is the own brand of RS, offering professional quality products and solutions across all industries and t...

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FPAM30LH60, onsemi

MODULE SPM 600V 30A S32EA

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NCP1654BD65R2G, onsemi

Power Factor Controllers (PFC), ON Semiconductor Power factor controllers with variable CRM, CCM, and DCM that enable power factor correction.

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ICE2PCS05GXUMA1, Infineon

The Infineon Power Factor Correction (PFC) Controller in Continuous Conduction Mode (CCM) is a 8-pins wide input range controller IC for active power factor correction converters. It is designed for converters in boost topology, and requires few external components. Its power supply is recommended to be provided by an external auxiliary supply which will switch on and off the IC. Average Current Control Supports Wide Range Programmable Operating/Switching Frequency Enhanced Dynamic Response Open Loop Detection Output Over-Voltage Protection Cycle by Cycle Peak Current Limiting VCC Under-Voltage Lockout

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