ECW-F6514JLB Allicdata Electronics
Allicdata Part #:

ECW-F6514JLB-ND

Manufacturer Part#:

ECW-F6514JLB

Price: $ 0.50
Product Category:

Capacitors

Manufacturer: Panasonic Electronic Components
Short Description: CAP FILM 0.51UF 5% 630VDC RADIAL
More Detail: 0.51µF Film Capacitor 630V Polypropylene (PP), Me...
DataSheet: ECW-F6514JLB datasheetECW-F6514JLB Datasheet/PDF
Quantity: 1000
Moisture Sensitivity Level (MSL): 1 (Unlimited)
Lead Free Status / RoHS Status: Lead free / RoHS Compliant
300 +: $ 0.44910
Stock 1000Can Ship Immediately
$ 0.5
Specifications
Operating Temperature: -40°C ~ 105°C
Features: --
Ratings: --
Applications: High Frequency, Switching
Lead Spacing: 0.689" (17.50mm)
Termination: PC Pins
Height - Seated (Max): 0.878" (22.30mm)
Size / Dimension: 1.102" L x 0.437" W (28.00mm x 11.10mm)
Package / Case: Radial
Mounting Type: Through Hole
Series: ECW-F(L)
Dielectric Material: Polypropylene (PP), Metallized
Voltage Rating - DC: 630V
Voltage Rating - AC: --
Tolerance: ±5%
Capacitance: 0.51µF
Moisture Sensitivity Level (MSL): --
Part Status: Active
Lead Free Status / RoHS Status: --
Packaging: Bulk 
Description

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Film Capacitors – ECW-F6514JLB Application Field and Working Principle

Film capacitors, also referred to as film dielectric capacitors, are non-polarized components that make use of thin film dielectrics to store electrical charge. The basic work principle of the ECW-F6514JLB film capacitor can be referred to a parallel-plate capacitor or two-plate capacitor. It stores energy in the electric field created between two metallic electrodes placed close together with a dielectric (insulation) between them.

The electrodes of such cylinders have positive and negative sides, which generate an electric field that produces an alternating current fuel that flows to the capacitor from the outside environment. This capacitor is also known as metallized capacitor, as the electrodes are formed by an thin and even layer of metal.

The dielectric material used significantly affects the overall performance of the device, including the response time, current-carrying capacity, strength and the bulk capacitance. Polyethylene (PE), polypropylene (PP) and other polymer materials serve as the most common dielectrics used in ECW-F6514JLB film capacitors.

Due to a variety of features, film capacitors are widely used in applications in which high capacitance and ultracapacitance values and high levels of voltage stability are needed. ECW-F6514JLB film capacitors are used in many circuits and devices to pass signals and to filter fluctuating electrical noise. They are employed in medical equipment, audio/video devices, communication electronics, power supplies, motors, lighting fixtures, office equipment, and more.

Film capacitors offer several advantages over traditional ceramic capacitors, including higher capacitance values, low ESR, low inductance, higher temperature range, and higher frequency handling. Their dielectric materials provide them the flexibility needed for a wide range of applications. Also, the ruggedness, flatness and dimensional stability of film capacitors are superior to any other capacitor type.

ECW-F6514JLB film capacitors offer increased reliability, low leakage and efficient performance in several types of electrical equipment. Their key advantages over electrolytic and ceramic capacitors are their high frequency operation capabilities, low loss energy characteristics, their robustness to temperatures, and their small size. Film capacitors are also cost-effective and easy to use.

The ECW-F6514JLB film capacitor provides excellent performance for filtering out high frequency noise that is generated in high speed switching applications. It is widely used in DC to DC converters and motor control circuits for applications such as home appliances, office equipment, and automotive electronic systems. In addition, it also provides desirable level of stability for high power operation in EMI filter circuits.

In conclusion, the ECW-F6514JLB film capacitors can be used for various applications where high stability, improved performance, temperature extremes, and low inductance are expected.

The specific data is subject to PDF, and the above content is for reference

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