NFM18PS105R0J3D Allicdata Electronics

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Allicdata Part #:

490-6974-2-ND

Manufacturer Part#:

NFM18PS105R0J3D

Price: $ 0.05
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Manufacturer: Murata Electronics North America
Short Description: CAP FEEDTHRU 1UF 20% 6.3V 0603
More Detail: 1µF Feed Through Capacitor 6.3V 2A 30 mOhm 0603 (1...
DataSheet: NFM18PS105R0J3D datasheetNFM18PS105R0J3D Datasheet/PDF
Quantity: 288000
4000 +: $ 0.04552
8000 +: $ 0.04284
12000 +: $ 0.04016
28000 +: $ 0.03749
Stock 288000Can Ship Immediately
$ 0.05
Specifications
Series: EMIFIL®, NFM18
Packaging: Tape & Reel (TR) 
Part Status: Active
Capacitance: 1µF
Tolerance: ±20%
Voltage - Rated: 6.3V
Current: 2A
DC Resistance (DCR) (Max): 30 mOhm
Operating Temperature: -55°C ~ 105°C
Insertion Loss: --
Temperature Coefficient: --
Ratings: --
Mounting Type: Surface Mount
Package / Case: 0603 (1608 Metric), 3 PC Pad
Size / Dimension: 0.063" L x 0.032" W (1.60mm x 0.80mm)
Height (Max): 0.028" (0.70mm)
Thread Size: --
Description

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Feed Through Capacitors are an integral part of virtually all electronic systems, from consumer electronics to automotive and industrial applications, and the NFM18PS105R0J3D is no exception. The device belongs to the feed-through capacitor family of components, and it is used to connect two conductive points across a surface while providing a low frequency pass-through path.

The NFM18PS105R0J3D is a high-performance, high-quality, surface-mount pass-through capacitor that is designed for applications such as power lines, audio, and radio applications. It features an operating temperature range of - 55 °C to + 105 °C. It consists of a ceramic dielectric material, a metalized electrode, and a formed stainless steel case. The case is designed for superior surface mounting on printed circuit boards, and it provides excellent heat transfer and shielding characteristics. The capacitor offers excellent capacitance stability, low cost, and an extended temperature range.

The NFM18PS105R0J3D is specifically designed to reduce the amount of noise in circuit boards while providing filtered DC signals. It features an extremely low internal impedance, which helps to limit the amount of uncontrollable noise signals. The capacitor has a very low self-resonant frequency, which helps to prevent signal distortion. Additionally, its construction contributes to a high-speed switching system. Furthermore, its ceramic dielectric material helps to reduce the amount of high frequency interference.

The device\'s working principle is fairly simple: it provides an electrical path between two different points by utilizing its ceramic dielectric material. When an applied current passes through the dielectric material, an electric field is created, which is then used to complete the connection between the two points. As the current changes, the electric field will also change, resulting in a varying capacitance across the device. The higher the applied current, the higher the capacitance value.

In terms of application fields, the NFM18PS105R0J3D can be used in a wide range of electronics, including automotive, industrial, consumer electronics, and communication technology industries. For automotive applications, the capacitor can be used to reduce powertrain and spark noises in engine control modules. In industrial applications, it can be used to filter signals for energy-saving equipment. In consumer electronics applications, the capacitor can be used to prevent crosstalk and noise in audio devices. Finally, in communication technology, the capacitor can be used to improve signal-to-noise ratios in fax machines and telephones.

In conclusion, the NFM18PS105R0J3D is a high-performance, low-cost, pass-through capacitor that is designed to meet the demands of various electronic applications. It offers excellent capacitance stability, low impedance, and extended temperature range. It is suitable for use in automotive, industrial, consumer electronics, and communication technology fields, where it can be used to reduce noise and improve signal-to-noise ratios. Its working principle is based on the creation of an electric field through its dielectric material, which results in varying capacitance with changes in applied current.

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

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