TRACOPOWER 5.6 μH 3.5 A Common Mode Choke 90mΩ

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Subtotal (1 tape of 10 units)*

£49.69

(exc. VAT)

£59.63

(inc. VAT)

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Tape(s)
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Per unit*
1 - 4£49.69£4.969
5 - 9£48.20£4.82
10 - 24£46.71£4.671
25 - 49£44.72£4.472
50 +£42.73£4.273

*price indicative

RS Stock No.:
228-7871
Mfr. Part No.:
TCK-141
Brand:
TRACOPOWER
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Brand

TRACOPOWER

Inductance

5.6 μH

Series

TCK

Test Frequency

100 kHz

DC Resistance

90mΩ

Maximum Current

3.5 A

Operating Temperature Range

-55 → +125 °C

Minimum Operating Temperature

-55°C

Maximum Operating Temperature

+125°C

RoHS Status: Exempt

COO (Country of Origin):
TW

TRACOPOWER TCK Series Surface Mount Inductor, 90mΩ Impedance, 3.5A Maximum Current - TCK-141


This surface mount inductor is crucial for a variety of electronic applications. Designed for efficiency, it stores energy in magnetic fields, helping to regulate electrical current in circuits. Its compact size makes it ideal for modern automated and electronic systems, ensuring effective performance even in challenging environments.

Features & Benefits


• Compact design improves space efficiency on circuit boards
• High current rating supports applications up to 3.5A
• Low impedance design reduces energy loss during operation
• Wide operating temperature range ensures performance in different environments
• Surface mount technology allows for simple integration into PCBs
• Inductance value aids in effective smoothing and filtering in circuits

Applications


• Utilised in power supplies for stability and efficiency
• Suitable for RF circuits needing precise current control
• Ideal for filtering in communication devices
• Employed in automotive electronics for improved performance
• Used in consumer electronics for effective power management

How does the inductance value affect performance in a circuit?


It is essential for determining the inductor's response to changing currents, influencing the overall stability of the circuit.

What mounting methods are compatible with this component?


It is designed for surface mount technology, which allows for straightforward integration with suitable substrates.

Can this inductor operate effectively in extreme temperatures?


Yes, it functions reliably within a temperature range of -55 to 125°C, suitable for various conditions.

What should I consider when integrating it into a PCB design?


Ensure the layout supports optimal soldering and accounts for current requirements and thermal management.

Is this inductor suitable for high-frequency applications?


Yes, its specifications make it well suited for high-frequency operations, delivering effective performance in such applications.

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