Common Mode Chokes

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Common Mode Chokes Specification

Efficiency
>95%

Feature
High Current Capability, Low Loss

Surface Finish
Varnished/Clear Lacquer

Shape
Rectangular

Connector Type
Wire Connection

Overheating Protection
NO

Mounting Type
PCB Mount

IP Rating
IP00

Insulation Material
Polyamide (PA) / PVC

Product Type
Common Mode Choke

Application
Suppressing common mode noise in electronic circuits, EMI/RFI filtering

Protection Level
Basic Surge/EMI Protection

Frequency (MHz)
0.1 30

Rated Voltage
250 VAC

Energy Consumption
Low

Output Type
Passive Electrical

Color
Black & Copper

Dimension (L*W*H)
32mm x 18mm x 16mm

Weight
Approx. 35 grams

Input Voltage
250 VAC Max

Phase
Single phase

Size
Standard

Material
Ferrite Core, Copper Wire

No Of Poles
2

Connection Type
Wire Leads

About Common Mode Chokes

Owing to our expertise in this domain, we are able to offer a superior quality range of Common Mode Chokes. Our products are widely used in the isolation transformers reduce noise level and provide clean power to the load. We manufacture these chokes according to the industry laid parameters and the demands of our customers so as to gain their optimum satisfaction. We are providing these chokes at market leading prices in order to minimize our esteemed clients' expenditure. Offered Common Mode Chokes are properly tested on different parameters so as to ensure their flawlessness.

Efficient EMI and RFI Suppression

Engineered to deliver robust noise filtering, this common mode choke provides reliable suppression of electromagnetic and radio-frequency interference. With an operational frequency range of 0.130 MHz and high efficiency exceeding 95%, its an optimal solution for safeguarding sensitive electronic circuits from disruptive noise.

Durable Construction and Design

Constructed from a high-quality ferrite core and copper wire, the choke boasts a sturdy, varnished rectangular body designed for PCB mounting. The standard size (32mm x 18mm x 16mm) and wire lead connections enable easy integration into various electronic assemblies, ensuring both durability and straightforward installation.

Reliable Performance for Industrial Applications

With a maximum input voltage of 250 VAC and a passive output type, this choke offers basic surge protection and low energy consumption. Designed for single-phase systems, its ideal for industrial and commercial setups seeking cost-efficient, long-lasting EMI solutions from a trusted Indian distributor and manufacturer.

FAQs of Common Mode Chokes:

Q: How do I install this common mode choke on my PCB?

A: The choke is designed for wire lead connections, making PCB installation straightforward. Solder the wire leads into the designated holes, ensuring correct orientation and secure mechanical and electrical connection as per your circuits layout.

Q: What are the main benefits of using a ferrite core common mode choke?

A: Using a ferrite core provides superior EMI/RFI noise suppression, high current capability, and low core losses. This ensures reliable circuit protection against interference without excessive power consumption, making your electronics more dependable.

Q: When should I use a common mode choke in my electronics design?

A: Install a common mode choke when you need to suppress common mode noise, especially in applications prone to electromagnetic or radio frequency interference. They are essential for adhering to EMI standards and enhancing the resilience of sensitive equipment.

Q: Where is this common mode choke best suited for application?

A: This model is ideal for environments with basic surge and EMI risk, particularly in industrial, commercial, and consumer electronics requiring standard size and PCB mounting. It is widely used in power supplies, inverters, and appliances.

Q: What process should I follow to ensure optimal performance of the choke?

A: Ensure compatibility with your circuits rated voltage (up to 250 VAC) and frequency requirements (0.130 MHz). Properly mount the choke on the PCB, maintain adequate spacing for thermal management, and avoid operating conditions that could lead to overheating, as there is no integrated overheating protection.

Q: How does this choke contribute to energy efficiency in my system?

A: This choke has a low loss design and high efficiency of over 95%, resulting in minimal energy consumption while providing effective EMI suppression. It helps maintain system performance and reduces energy wastage.

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