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T31*19*13 1.3mH Vertical Single Phase White Shell Filter Magnetic Ring Inductor with Compact Design

T31*19*13 1.3mH Vertical Single Phase White Shell Filter Magnetic Ring Inductor with Compact Design

Brand Name: ZXY
Model Number: ZXY-T31*19*13
MOQ: Negotiable
Price: Negotiable
Payment Terms: T/T
Detail Information
Place of Origin:
Huizhou.China
Certification:
RoHS、ISO9001、CE
Product Name:
Common Mode Filter Inductor With Shell
Model Number:
T31*19*13
Inductance:
1.3mH/Customized
Phase Number:
Single
Number Of Turns:
Customized
Overall Structure:
Vertical Type
Highlight:

White Shell Filter Inductor

,

1.3mH Vertical Inductor

,

Single Phase Inductor

Product Description

T31*19*13 1.3mH Vertical Single Phase White Shell Filter Magnetic Ring Inductor

1.Product Description

This T311913 1.3mH vertical single-phase white shell filtering magnetic ring inductor provides precise specifications and excellent performance to ensure stable operation of the equipment! Its external dimensions are 311913mm, and a 1.3mH inductance can effectively suppress high-frequency interference, smooth current fluctuations, and achieve efficient filtering. Vertical installation design saves PCB space and facilitates integration; The white shell is not only beautiful, but also has good insulation and protection performance. Suitable for various scenarios such as power circuits and signal transmission, it can significantly reduce electromagnetic interference, improve system stability and reliability, and is an ideal choice for optimizing circuit performance and ensuring efficient operation of equipment. ​

 

 

1. Accurate specification parameters: The size is 311913mm, and the inductance of 1.3mH has been precisely calibrated to effectively filter high-frequency noise in the circuit, smooth current output, and ensure stable operation of the circuit. ​


2. Vertical installation design: Vertical single-phase structure design saves PCB board space, facilitates flexible installation in compact circuit layouts, and improves space utilization. ​


3. Efficient filtering performance: As a filtering magnetic ring inductor, it can significantly suppress electromagnetic interference (EMI), reduce signal distortion, and improve the purity and stability of power supply and signal transmission. ​


4. High quality protective shell: The white shell is made of insulating material, which has good insulation performance and physical protection ability, and can effectively prevent leakage and external physical damage, enhancing the safety and durability of use. ​


5. Wide application adaptation: Suitable for various electronic devices such as power adapters, communication equipment, industrial control circuits, etc., it can play a stable and reliable filtering role in different scenarios.

 

2.Working Principle

 

Principle Aspect Explanation
Basic Inductance Concept Inductors store energy in a magnetic field when electric current flows through them. The T311913 1.3mH magnetic ring inductor, with its specific inductance value of 1.3mH, resists changes in current. According to Lenz's law, it generates an induced electromotive force (EMF) that opposes any increase or decrease in current.
Magnetic Field Generation When an alternating current (AC) passes through the winding on the magnetic ring inductor, it creates a magnetic field around the inductor core. The high - permeability magnetic ring core concentrates and guides this magnetic field, enhancing the inductor's performance.
Filtering Mechanism In filtering applications, the inductor exploits the property that its impedance , where is frequency and is inductance increases with the frequency of the current. Higher - frequency noise components in the electrical signal encounter greater impedance from the inductor, while lower - frequency useful signals pass through with minimal attenuation, thus separating the noise from the main signal.
Impedance and Frequency Relationship As the frequency of the current increases, the impedance of the 1.3mH inductor rises proportionally. This allows it to block or reduce high - frequency electromagnetic interference (EMI) and radio - frequency interference (RFI) in circuits, ensuring a cleaner and more stable current output for connected devices.
Single - Phase and Vertical Design Influence The single - phase design means it operates with a single alternating current waveform, simplifying its application in single - phase power or signal circuits. The vertical mounting style positions the inductor perpendicular to the PCB, optimizing magnetic field orientation and reducing interference with nearby components, while also saving horizontal space on the circuit board.

 

T31*19*13 1.3mH Vertical Single Phase White Shell Filter Magnetic Ring Inductor with Compact Design 0T31*19*13 1.3mH Vertical Single Phase White Shell Filter Magnetic Ring Inductor with Compact Design 1T31*19*13 1.3mH Vertical Single Phase White Shell Filter Magnetic Ring Inductor with Compact Design 2T31*19*13 1.3mH Vertical Single Phase White Shell Filter Magnetic Ring Inductor with Compact Design 3T31*19*13 1.3mH Vertical Single Phase White Shell Filter Magnetic Ring Inductor with Compact Design 4T31*19*13 1.3mH Vertical Single Phase White Shell Filter Magnetic Ring Inductor with Compact Design 5T31*19*13 1.3mH Vertical Single Phase White Shell Filter Magnetic Ring Inductor with Compact Design 6

3.Other Recommended Produtcs

T31*19*13 1.3mH Vertical Single Phase White Shell Filter Magnetic Ring Inductor with Compact Design 7

 

4.Company Profile

 

T31*19*13 1.3mH Vertical Single Phase White Shell Filter Magnetic Ring Inductor with Compact Design 8T31*19*13 1.3mH Vertical Single Phase White Shell Filter Magnetic Ring Inductor with Compact Design 9T31*19*13 1.3mH Vertical Single Phase White Shell Filter Magnetic Ring Inductor with Compact Design 10

 

Good price  online

Products Details

Home > Products >
Inductor
>
T31*19*13 1.3mH Vertical Single Phase White Shell Filter Magnetic Ring Inductor with Compact Design

T31*19*13 1.3mH Vertical Single Phase White Shell Filter Magnetic Ring Inductor with Compact Design

Brand Name: ZXY
Model Number: ZXY-T31*19*13
MOQ: Negotiable
Price: Negotiable
Payment Terms: T/T
Detail Information
Place of Origin:
Huizhou.China
Brand Name:
ZXY
Certification:
RoHS、ISO9001、CE
Model Number:
ZXY-T31*19*13
Product Name:
Common Mode Filter Inductor With Shell
Model Number:
T31*19*13
Inductance:
1.3mH/Customized
Phase Number:
Single
Number Of Turns:
Customized
Overall Structure:
Vertical Type
Minimum Order Quantity:
Negotiable
Price:
Negotiable
Delivery Time:
3-4 Weeks
Payment Terms:
T/T
Highlight:

White Shell Filter Inductor

,

1.3mH Vertical Inductor

,

Single Phase Inductor

Product Description

T31*19*13 1.3mH Vertical Single Phase White Shell Filter Magnetic Ring Inductor

1.Product Description

This T311913 1.3mH vertical single-phase white shell filtering magnetic ring inductor provides precise specifications and excellent performance to ensure stable operation of the equipment! Its external dimensions are 311913mm, and a 1.3mH inductance can effectively suppress high-frequency interference, smooth current fluctuations, and achieve efficient filtering. Vertical installation design saves PCB space and facilitates integration; The white shell is not only beautiful, but also has good insulation and protection performance. Suitable for various scenarios such as power circuits and signal transmission, it can significantly reduce electromagnetic interference, improve system stability and reliability, and is an ideal choice for optimizing circuit performance and ensuring efficient operation of equipment. ​

 

 

1. Accurate specification parameters: The size is 311913mm, and the inductance of 1.3mH has been precisely calibrated to effectively filter high-frequency noise in the circuit, smooth current output, and ensure stable operation of the circuit. ​


2. Vertical installation design: Vertical single-phase structure design saves PCB board space, facilitates flexible installation in compact circuit layouts, and improves space utilization. ​


3. Efficient filtering performance: As a filtering magnetic ring inductor, it can significantly suppress electromagnetic interference (EMI), reduce signal distortion, and improve the purity and stability of power supply and signal transmission. ​


4. High quality protective shell: The white shell is made of insulating material, which has good insulation performance and physical protection ability, and can effectively prevent leakage and external physical damage, enhancing the safety and durability of use. ​


5. Wide application adaptation: Suitable for various electronic devices such as power adapters, communication equipment, industrial control circuits, etc., it can play a stable and reliable filtering role in different scenarios.

 

2.Working Principle

 

Principle Aspect Explanation
Basic Inductance Concept Inductors store energy in a magnetic field when electric current flows through them. The T311913 1.3mH magnetic ring inductor, with its specific inductance value of 1.3mH, resists changes in current. According to Lenz's law, it generates an induced electromotive force (EMF) that opposes any increase or decrease in current.
Magnetic Field Generation When an alternating current (AC) passes through the winding on the magnetic ring inductor, it creates a magnetic field around the inductor core. The high - permeability magnetic ring core concentrates and guides this magnetic field, enhancing the inductor's performance.
Filtering Mechanism In filtering applications, the inductor exploits the property that its impedance , where is frequency and is inductance increases with the frequency of the current. Higher - frequency noise components in the electrical signal encounter greater impedance from the inductor, while lower - frequency useful signals pass through with minimal attenuation, thus separating the noise from the main signal.
Impedance and Frequency Relationship As the frequency of the current increases, the impedance of the 1.3mH inductor rises proportionally. This allows it to block or reduce high - frequency electromagnetic interference (EMI) and radio - frequency interference (RFI) in circuits, ensuring a cleaner and more stable current output for connected devices.
Single - Phase and Vertical Design Influence The single - phase design means it operates with a single alternating current waveform, simplifying its application in single - phase power or signal circuits. The vertical mounting style positions the inductor perpendicular to the PCB, optimizing magnetic field orientation and reducing interference with nearby components, while also saving horizontal space on the circuit board.

 

T31*19*13 1.3mH Vertical Single Phase White Shell Filter Magnetic Ring Inductor with Compact Design 0T31*19*13 1.3mH Vertical Single Phase White Shell Filter Magnetic Ring Inductor with Compact Design 1T31*19*13 1.3mH Vertical Single Phase White Shell Filter Magnetic Ring Inductor with Compact Design 2T31*19*13 1.3mH Vertical Single Phase White Shell Filter Magnetic Ring Inductor with Compact Design 3T31*19*13 1.3mH Vertical Single Phase White Shell Filter Magnetic Ring Inductor with Compact Design 4T31*19*13 1.3mH Vertical Single Phase White Shell Filter Magnetic Ring Inductor with Compact Design 5T31*19*13 1.3mH Vertical Single Phase White Shell Filter Magnetic Ring Inductor with Compact Design 6

3.Other Recommended Produtcs

T31*19*13 1.3mH Vertical Single Phase White Shell Filter Magnetic Ring Inductor with Compact Design 7

 

4.Company Profile

 

T31*19*13 1.3mH Vertical Single Phase White Shell Filter Magnetic Ring Inductor with Compact Design 8T31*19*13 1.3mH Vertical Single Phase White Shell Filter Magnetic Ring Inductor with Compact Design 9T31*19*13 1.3mH Vertical Single Phase White Shell Filter Magnetic Ring Inductor with Compact Design 10