F161WP334K100V Capacitors

Series:	F161
Packaging:	Tape & Reel (TR)
Lead Free Status / RoHS Status:	--
Part Status:	Active
Moisture Sensitivity Level (MSL):	--
Capacitance:	0.33µF
Tolerance:	±10%
Voltage Rating - AC:	63V
Voltage Rating - DC:	100V
Dielectric Material:	Polyester, Polyethylene Terephthalate (PET), Metallized - Stacked
Operating Temperature:	-55°C ~ 125°C
Mounting Type:	Surface Mount
Package / Case:	Nonstandard SMD
Size / Dimension:	0.402" L x 0.358" W (10.20mm x 9.10mm)
Height - Seated (Max):	0.224" (5.70mm)
Termination:	Solder Pads
Lead Spacing:	--
Applications:	Automotive
Ratings:	AEC-Q200
Features:	--

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Film capacitors (F161WP334K100V) are a type of capacitor that utilizes thin film insulation to store and discharge electrical charges. These capacitors are widely used for signal coupling, smoothing, and DC blocking. Film capacitors are available in a wide range of sizes, voltage ratings, and capacitive values. Unlike ceramic and electrolytic capacitors, film capacitors use thin film insulation to isolate the conductive plates and increase the capacitance of the device. The capacitance of the film capacitor is determined by the thickness of the dielectric material, which is typically an insulating plastic or ceramic. The main advantage of the film capacitor is its high accuracy, which makes them ideal for critical applications where slight variations in capacitance could cause issues. This accuracy also makes them ideal for applications such as filtering and keeping signals steady. The dielectric constant of the film also allows film capacitors to achieve higher capacitance ratings than other base types. Film capacitors are used in a wide range of applications, including automotive applications, audio/video systems, medical devices, power supplies, and telecommunications. In automotive applications, film capacitors are utilized for filtering and signal conditioning, as well as for reducing engine noise and limiting the effects of electromagnetic interference (EMI) on the car\'s control systems. In audio/video systems, film capacitors are used for audio/video signal coupling, blocking, and smoothing. Film capacitors are used in medical equipment for signal conditioning, such as in ECG machines, blood pressure machines, and X-ray machines. They are also used in power supplies as blocking capacitors, as well as across switching transistors to reduce EMI. Film capacitors are also used in telecommunications systems for signal filtering, AC coupling, DC blocking, and transmission line isolation. In order to understand the working principle of a film capacitor, it is necessary to understand the concept of capacitance. Capacitance is the measure of the ability of a capacitor to store electrical energy in the form of an electric field. The capacitance of a capacitor is determined by the surface area of the plates, the distance between the plates, and the type of dielectric material used. The capacitance of a film capacitor is determined by the length of the dielectric film inside the capacitor, as well as the area of the top and bottom plates. When a voltage is applied to the capacitor, electrons are drawn to the charge plates and create an electric field between the two plates. The strength of the electric field increases as more voltage is applied, resulting in a higher capacitance. When the voltage is removed from the capacitor, the electrons will slowly leak out of the plates until the capacitor is completely discharged. This process of charge and discharge is repeated every time the voltage is applied or removed from the capacitor, allowing the capacitor to store energy in the form of an electric field. In summary, film capacitors (F161WP334K100V) are a type of capacitor that utilizes thin film insulation to store and discharge electrical charges. These capacitors are widely used in automotive applications, audio/video systems, power supplies, medical equipment and telecommunications. The capacitance of a film capacitor is determined by the length of the dielectric film inside the capacitor, as well as the area of the top and bottom plates. When a voltage is applied, electrons are drawn to the plates and create an electric field, and when the voltage is removed, the electric field is slowly discharged.

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