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Current Compensated Suppression Choke

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MOQ : 1000 Pieces

Current Compensated Suppression Choke Specification

Input
AC Current

Operating Temperature
-25C to +85C

Usage
Electromagnetic noise suppression in electronic circuits

Power Source
Inline passive component

Interface
Wire terminal connection

Power Supply
AC

Features
Low leakage current, compact design, easy PCB mounting

Output
Filtered AC Current

IP Rating
IP00

Components
Ferrite core, copper wire, insulating material

Product Type
Current Compensated Suppression Choke

Application
Power supplies, electronic equipment, household appliances, industrial electronics

Rated Voltage
250V AC

Supply Voltage
110-250V AC

Size
Ring core diameter 18 mm

Dimension (L*W*H)
20 mm x 16 mm x 25 mm

Function
Current compensation and suppression of EMI (Electromagnetic Interference)

Color
Black with Copper windings

Weight
Approx. 40g

Current Rating
3A

Capacity
3A continuous current

Thickness
10 mm

Frequency
50/60 Hz

Current Compensated Suppression Choke Trade Information

Minimum Order Quantity
1000 Pieces

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Pieces Per Month

Delivery Time
3 Week

Sample Available
Yes

Sample Policy
Contact us for information regarding our sample policy

Packaging Details
GT Standard or Customized

Main Domestic Market
All India

About Current Compensated Suppression Choke

We can design Current Compensated Suppression Choke to support harmonic mitigation & power factor Controllers, where the choke is built to remove harmonics. It finds its application in systems such as battery chargers, AC DC drives, UPS. We specialize in meeting meticulously designed and tested high precision array of AC line choke that can dispatch outstanding performance to dedicated industry application. In addition to this, this Current Compensated Suppression Choke is designed as per with Indian norms and are delivered within set time frame.

Efficient EMI Noise Suppression

Designed for electromagnetic interference reduction, this suppression choke provides reliable current compensation, making it ideal for sensitive electronic applications. Its high permeability ferrite core and copper windings ensure effective filtering in power supplies, household devices, and industrial electronics, safeguarding circuit operation.

Durable Construction and Mounting Flexibility

With a robust through-hole mounting system and quality insulating materials, this choke guarantees longevity under demanding conditions. Compact dimensions and straightforward wire terminal connections support easy installation on printed circuit boards, enhancing design flexibility for engineers and manufacturers alike.

Compliant and Reliable for Global Standards

Fully compliant with IEC 60938-2 and RoHS directives, this component offers international reliability and safety. High insulation resistance, low leakage current, and strong dielectric strength ensure operational integrity, making it suitable for both domestic and export-oriented electronic projects.

FAQs of Current Compensated Suppression Choke:

Q: How does the current compensated suppression choke suppress electromagnetic interference (EMI) in electronic circuits?

A: The choke utilizes a high-permeability ferrite core and dual windings to create opposing magnetic fields for in-phase currents, effectively canceling noise and suppressing EMI. This ensures that unwanted high-frequency signals are filtered out while allowing desired AC current to flow through.

Q: What applications are suitable for this suppression choke?

A: This component is ideal for use in power supplies, household appliances, and industrial electronics that require electromagnetic noise suppression. It fits both commercial and domestic projects where reliable AC line filtering is necessary, thanks to its 3A current rating and wide supply voltage (110250V AC) compatibility.

Q: Where should this suppression choke be mounted within an electronic system?

A: Mount the choke at the input stage of your power supply or AC line, directly onto the printed circuit board using the through-hole terminals. Its compact size and wire terminal connections facilitate straightforward insertion into a variety of PCB layouts.

Q: What is the process for installing this choke on a PCB?

A: Begin by locating the input section designated for EMI filtration. Insert the choke into the appropriate through-hole connectors, ensuring secure wire terminal contact. Solder the leads onto the PCB and confirm the insulation and orientation before powering the system.

Q: What are the key benefits of using this suppression choke over standard inductors?

A: Compared to standard inductors, this suppression choke provides superior EMI attenuation due to its current compensated design and high-permeability ferrite core. It delivers low leakage current, high insulation resistance, compact form factor, and meets stringent international safety and environmental standards.

Q: When should this choke be selected in a power supply design?

A: Select this choke during the initial stages of designing AC-powered equipment that requires minimized EMI, particularly when adhering to international compliance standards. It is especially beneficial for devices operating within 25C to +85C, with 3A continuous current and up to 250V AC supply.

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