SU9V-02080 Allicdata Electronics
Allicdata Part #:

399-10719-ND

Manufacturer Part#:

SU9V-02080

Price: $ 0.60
Product Category:

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Manufacturer: KEMET
Short Description: CMC 8MH 200MA 2LN TH
More Detail: 8mH @ 1kHz 2 Line Common Mode Choke Through Hole ...
DataSheet: SU9V-02080 datasheetSU9V-02080 Datasheet/PDF
Quantity: 1019
1 +: $ 0.54810
10 +: $ 0.53739
25 +: $ 0.35960
50 +: $ 0.32004
100 +: $ 0.29327
250 +: $ 0.26309
500 +: $ 0.25761
1000 +: $ 0.18635
5000 +: $ 0.16443
Stock 1019Can Ship Immediately
$ 0.6
Specifications
Voltage Rating - AC: 250V
Package / Case: Vertical, 4 PC Pin
Height (Max): 0.669" (17.00mm)
Size / Dimension: 0.669" L x 0.433" W (17.00mm x 11.00mm)
Mounting Type: Through Hole
Features: --
Approvals: --
Ratings: --
Operating Temperature: -25°C ~ 120°C
Series: SU
Voltage Rating - DC: --
DC Resistance (DCR) (Max): 6 Ohm
Current Rating (Max): 200mA
Inductance @ Frequency: 8mH @ 1kHz
Number of Lines: 2
Filter Type: Power Line
Part Status: Active
Packaging: Bulk 
Description

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Common mode chokes are electronic devices used for wide range of applications, including the filtering of unwanted electromagnetic interference (EMI), power line chokes, signal and system interference, and power supplies. Common mode chokes are becoming increasingly popular and are used in many electronic systems ranging from industrial and automotive systems, to home audio-video components and computer peripherals. The SU9V-02080 common mode choke is a product of Murata Manufacturing, a leading electronic component manufacturer.

The SU9V-02080 common mode choke features two core parts, the coil and the tip. The coil is wrapped around a ferrite core, usually in a U-shape or a circle shape. The tip is an extension of the coil that is connected to a terminal. This terminal connects the choke to the power and ground supply, as well as any other electronic components that need to be filtered. The terminal is also used to adjust the frequency of the choke for specific applications. The choke works by creating a low impedance path for signals that may cause interference. This low impedance helps to filter out the unwanted noise and signal frequencies.

The SU9V-02080 common mode choke is primarily used to reduce electromagnetic interference and improve signal integrity in high speed networks and telecom systems. This type of choke is used in many network card designs, as well as many digital audio and video systems, and is well suited for a wide range of digital circuits. The choke can also be used in automobiles, where it helps create a stable signal and power flow in order to reduce the amount of interference emitted by the electrical system.

The most common applications of the SU9V-02080 common mode choke include high-speed networking and telecommunications, automotive circuits, and audio-video components. In networks and telecom applications, the choke is used to reduce system interference by creating a low impedance path for signals. This helps to eliminate any unwanted noise and signal frequencies, as well as improve the overall signal and system reliability. In automotive applications, the choke is used to reduce EMI emission levels and improve power flow stability. In audio-video components, the choke is used to filter out any unwanted noise and signal frequencies, which can cause a decrease in overall sound and picture quality.

The working principle of the SU9V-02080 common mode choke is fairly simple. The choke works by creating a low impedance path for signals which may cause interference. The choke is connected to a terminal, which is used to adjust the frequency of the choke for specific applications. Any unwanted signal frequencies that pass through the choke are filtered out, resulting in a higher signal and system reliability.

In conclusion, the SU9V-02080 common mode choke is a high-performance device used in many types of electronics, including automotive, telecommunications and audio-video circuits. It helps to eliminate interference while improving the signal and system reliability. The choke works by creating a low impedance path for signals that may cause interference. This helps to filter out any unwanted noise and signal frequencies, resulting in better performance and greater signal stability.

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

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