CMF16-153131-B Allicdata Electronics
Allicdata Part #:

237-2272-ND

Manufacturer Part#:

CMF16-153131-B

Price: $ 1.64
Product Category:

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Manufacturer: Triad Magnetics
Short Description: CMC 15MH 1.3A 2LN TH
More Detail: 15mH @ 10kHz 2 Line Common Mode Choke Through Hole...
DataSheet: CMF16-153131-B datasheetCMF16-153131-B Datasheet/PDF
Quantity: 359
1 +: $ 1.48680
10 +: $ 1.37466
100 +: $ 0.96207
500 +: $ 0.77883
1000 +: $ 0.71011
2500 +: $ 0.68720
Stock 359Can Ship Immediately
$ 1.64
Specifications
Series: CMF
Packaging: Bulk 
Part Status: Active
Filter Type: Power Line
Number of Lines: 2
Inductance @ Frequency: 15mH @ 10kHz
Current Rating (Max): 1.3A
DC Resistance (DCR) (Max): 470 mOhm
Voltage Rating - DC: --
Voltage Rating - AC: 300V
Operating Temperature: -40°C ~ 105°C
Ratings: --
Approvals: --
Features: --
Mounting Type: Through Hole
Size / Dimension: 0.965" L x 0.571" W (24.50mm x 14.50mm)
Height (Max): 0.531" (13.50mm)
Package / Case: Vertical, 4 PC Pin
Description

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Common mode chokes (CMCs) are a type of electromagnetically coupled device used to reduce the level of electromagnetic interference (EMI) caused by common mode noise. CMCs are used in a wide range of applications, including medical, automotive, aerospace, consumer, and industrial. They can be used to reduce the amount of EMI generated from both internal and external sources, such as power lines, motors, generators, and communications equipment.

The CMF16-153131-B is a common mode choke specifically designed for use in EMI reduction applications. It is a ferrite bead-based, four-pin device that provides superior common mode noise suppression, particularly at high frequencies. It offers a wide bandpass range and low profile design, making it ideal for many electronic applications. The CMF16-153131-B is typically used in applications where the circuit size is a major factor, as its small size allows it to be easily integrated into any design.

The CMF16-153131-B operates by providing an additional low impedance path between the input and output circuits of a system. This low impedance path allows the current of noise generated on the input side to be diverted to the output side, thus reducing the amount of noise present on the system. This is achieved by the device’s inductive nature, which provides an inductive reactance that is inversely proportional to the frequency of the noise. As the noise frequency increases, the inductive reactance decreases, allowing more of the noise to be diverted away from the input side of the system and reducing the system\'s overall noise level.

The CMF16-153131-B has a number of advantages when compared to other common mode chokes. For example, it is able to provide a low profile and a wide frequency band. Additionally, its design allows for high impedance and uniform current distribution, allowing for better EMI reduction performance. Furthermore, its design prevents saturation of the core, preventing any potential degradation of the signal in application.

The CMF16-153131-B is a versatile device and is ideal for many different applications. It is well-suited for use in automotive, communications, consumer electronic and industrial electronic applications such as EMI control on power lines, motor drives, and generators. It can also be used in medical applications, such as EMI control on patient monitors and imaging devices. Additionally, the CMF16-153131-B can be used in other applications, such as in RF designs to reduce the amount of EMI generated in the circuit.

In summary, the CMF16-153131-B is an ideal device for applications that require low-profile EMI reduction. Its benefits include a wide bandpass range, low profile design, and high impedance with uniform current distribution. Its versatility and compatibility with a wide range of applications make it an attractive choice for many designers. It can be used in automotive, communications, consumer electronic, and industrial electronic applications to reduce the amount of EMI generated in the circuit, making it an ideal device for many EMI reduction applications.

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

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