TRACOPOWER 2.2 μH 4.8 A Common Mode Choke 25 mΩ

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N° de stock RS:
745-1203
Référence fabricant:
TCK-059
Fabricant:
TRACOPOWER
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Marque

TRACOPOWER

Inductance

2.2μH

Product Type

Common Mode Choke

Series

TCK

Maximum DC Current

4.8A

Impedance

25mΩ

Test Frequency

1kHz

Maximum Operating Temperature

125°C

Minimum Operating Temperature

-40°C

Automotive Standard

No

Inductance Tolerance

±20 %

Standards/Approvals

No

Length

5.8mm

Maximum DC Resistance

25mΩ

Depth

5.2mm

Height

4.5mm

Statut RoHS : Exempté

Pays d'origine :
TW

TRACOPOWER TCK Series Common Mode Choke, 25mΩ Impedance, 4.8A Maximum Current - TCK-059


This common mode choke is designed to filter noise in electronic circuits effectively. Its main function is to suppress common mode noise, improving the performance and stability of electrical systems. This component is especially important for applications that require significant noise reduction and current stability, making it essential in contemporary electronic design.

Features & Benefits


• Minimises electromagnetic interference, enhancing circuit performance

• Capable of handling a maximum current of 4.8A for demanding Applications

• Low impedance of 25mΩ supports efficient signal integrity

• Operating temperature range of -40 to 125°C ensures dependable performance

• Compact size facilitates efficient PCB design and space utilisation

• Inductance of 2.2μH optimises effectiveness in filtering Applications

Applications


• Noise reduction in automation systems

• Filtering in power supplies and converters

• Signal integrity in mechanical control systems

• Current stabilisation in electronic equipment

What is the maximum current capacity of this choke?


It can handle a maximum current of 4.8A, making it suitable for high-demand applications.

Can it operate in extreme temperatures?


Yes, it functions within a temperature range of -40 to 125°C, ensuring stability in various environments.

How does this component contribute to signal clarity?


Its low impedance of 25mΩ significantly reduces electromagnetic interference, enhancing signal integrity.

Is it suitable for compact electronic designs?


Yes, its compact dimensions allow for efficient placement in limited spaces on PCBs.

What type of noise does it help mitigate?


It effectively suppresses common mode noise, which is crucial for stable circuit operation.

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