Products Found: 60
Showing Results For: Power Factor Correction
Power Factor Correction
Power factor correction (PFC) is a convenient method of improving the quality of poor power factors by reducing electrical distribution loads, power costs, instability, and equipment failure. The PFC's power factor measures the input power’s efficiency, which the PFC improves due to their inductors and capacitors’ integration that counteract multiple machines' and motors’ inefficiencies. The PFC is an integrated circuit consisting of various devices to improve the efficiency of electronic circuits and other integrated components. Additionally, they offer various benefits to consumers in terms of finance and to the environment.
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 using 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.
FILTERS
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Enrgtech #
Manufacturer Part No
Name
Availability
Price
Rating
Infineon
IDP2308XUMA1, Infineon
5095 In Stock
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2500 +
£ 2.64
Infineon
ICE2PCS03GXUMA1, Infineon
5101 In Stock
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2500 +
£ 0.78
ROHM
BD7695FJ-E2, ROHM
2498 In Stock
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2500 +
£ 0.39
Infineon
XDPL8210XUMA1, Infineon
2498 In Stock
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2500 +
£ 0.51
ON Semiconductor
NCP1681AAD2R2G, ON Semiconductor
5086 In Stock
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2500 +
£ 2.96
5000 +
£ 2.49
7500 +
£ 2.44
ON Semiconductor
NCP1681ABD2R2G, ON Semiconductor
5087 In Stock
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2500 +
£ 2.96
5000 +
£ 2.49
7500 +
£ 2.44
ON Semiconductor
NCP1681BAD2R2G, ON Semiconductor
5088 In Stock
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2500 +
£ 2.96
5000 +
£ 2.49
7500 +
£ 2.44
ON Semiconductor
NCP1632ADR2G, ON Semiconductor
5085 In Stock
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2500 +
£ 0.95
5000 +
£ 0.79
7500 +
£ 0.75
ON Semiconductor
NCP1623ADR2G, ON Semiconductor
5083 In Stock
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2500 +
£ 0.33
5000 +
£ 0.32
7500 +
£ 0.31
ON Semiconductor
NCP1623CDR2G, ON Semiconductor
5084 In Stock
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2500 +
£ 0.33
5000 +
£ 0.32
7500 +
£ 0.31
ROHM
BD7694FJ-E2, ROHM
5035 In Stock
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2500 +
£ 0.36
Infineon
ICE2PCS05GXUMA1, Infineon
5072 In Stock
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2500 +
£ 0.79
Infineon
ICE3PCS02GXUMA1, Infineon
5070 In Stock
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2500 +
£ 1.27
ON Semiconductor
NCP1618DDR2G, ON Semiconductor
5009 In Stock
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2500 +
£ 0.76
5000 +
£ 0.72
7500 +
£ 0.68
ON Semiconductor
NCP1618CDR2G, ON Semiconductor
5008 In Stock
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2500 +
£ 0.97
5000 +
£ 0.92
7500 +
£ 0.88
ON Semiconductor
NXH50M65L4C2SG, ON Semiconductor
27 In Stock
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6 +
£ 48.57
18 +
£ 46.14
30 +
£ 43.83
ON Semiconductor
NXH50M65L4C2ESG, ON Semiconductor
26 In Stock
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6 +
£ 56.08
18 +
£ 53.28
30 +
£ 50.62
ROHM
BD7693FJ-E2, ROHM
5010 In Stock
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2500 +
£ 0.33
ON Semiconductor
NCP1680AAD1R2G, ON Semiconductor
5059 In Stock
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2500 +
£ 2.67
ON Semiconductor
NCP1680ABD1R2G, ON Semiconductor
5060 In Stock
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2500 +
£ 2.69
onsemi
FAN6921BMRMY, onsemi
5034 In Stock
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2500 +
£ 0.64
onsemi
NCP1618ADR2G, onsemi
4745 In Stock
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2500 +
£ 0.47
onsemi
FPAB20BH60B, onsemi
55 In Stock
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60 +
£ 9.20
onsemi
FPAB30BH60B, onsemi
56 In Stock
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1 +
£ 14.31
10 +
£ 13.15
25 +
£ 12.61
onsemi
FPAM30LH60, onsemi
46 In Stock
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48 +
£ 16.62
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New Items
New items
NCP1681AAD2R2G, ON Semiconductor
The ON Semiconductor NCP series of a PFC controller IC designed to drive the bridgeless totem-pole PFC topology. The bridgeless totem-pole PFC is a power factor correction architecture that consists of a fast switching leg driven at the PWM switching frequency and a second leg that operates at the AC line frequency. This topology eliminates the diode bridge present at the input of a conventional PFC circuit, allowing significant improvement in the power stage efficiency.
Enables high efficiency & compact design
Skip mode in very light load condition
Near unity power factor in all operating modes
Prevents operation in audible range
New items
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
New items
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
New items
New items
NCP1680AAD1R2G, ON Semiconductor
The ON Semiconductor series NCP1680 is a CRM PFC controller IC designed to drive the bridgeless totem-pole PFC topology. The bridgeless totem-pole PFC is a power factor correction architecture that consists of a fast switching leg driven at the PWM switching frequency and a second leg that operates at the AC line frequency. This topology eliminates the diode bridge present at the input of a conventional PFC circuit, allowing significant improvement in the power stage efficiency.
Totem Pole PFC Topology Eliminates Input Diode Bridge
Critical Conduction Mode (CRM) Operation
Discontinuous Conduction Mode (DCM) with Valley Turn On Under Light Load Condition
Frequency Fold back in DCM With 25 kHz Minimum Frequency
Skip Mode in Very Light Load Condition
Proprietary Current Sense Scheme
Digital Voltage Loop Compensation
New items
New items
New items
NCP1681ABD2R2G, ON Semiconductor
The ON Semiconductor NCP series of a PFC controller IC designed to drive the bridgeless totem-pole PFC topology. The bridgeless totem-pole PFC is a power factor correction architecture that consists of a fast switching leg driven at the PWM switching frequency and a second leg that operates at the AC line frequency. This topology eliminates the diode bridge present at the input of a conventional PFC circuit, allowing significant improvement in the power stage efficiency.
Optimized performance across power levels
Skip mode in very light load condition
Near unity power factor in all operating modes
Prevents operation in audible range
New items
NCP1681BAD2R2G, ON Semiconductor
The ON Semiconductor NCP series of a PFC controller IC designed to drive the bridgeless totem-pole PFC topology. The bridgeless totem-pole PFC is a power factor correction architecture that consists of a fast switching leg driven at the PWM switching frequency and a second leg that operates at the AC line frequency. This topology eliminates the diode bridge present at the input of a conventional PFC circuit, allowing significant improvement in the power stage efficiency.
Digital voltage loop compensation
Skip mode in very light load condition
Near unity power factor in all operating modes
Prevents operation in audible range
New items
BD7694FJ-E2, ROHM
The ROHM BD series is power factor correction controller IC which operates at input voltage range of 10 V to 38 V are available in SOP-J8 package and can be used in lighting equipment, AC adopter, TV and refrigerator applications.
Boundary conduction mode PFC
Low THD circuit incorporation
Low power consumption
VCC UVLO function
ZCD by auxiliary winding
Static OVP by the VS pin
Error amplifier input short protection
Stable MOSFET gate drive
Soft start
New items
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
New items
NCP1632ADR2G, ON Semiconductor
The ON Semiconductor NCP series of an integrated dual mosfet driver for interleaved PFC applications. Interleaving consists of paralleling two small stages in lieu of a bigger one, more difficult to design. This approach has several merits like the ease of implementation, the use of smaller components or a better distribution of the heating. Also, Interleaving extends the power range of critical conduction mode that is an efficient and cost-effective technique.
Frequency foldback at low power
Improve light load efficiency
Optimize efficiency over the load range