Schurter 12 mH 3 A Current Compensated Choke 23.7 mΩ 300V ac

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Subtotal (1 bag of 10 units)*

£49.66

(exc. VAT)

£59.59

(inc. VAT)

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10 - 40£4.966£49.66
50 +£4.867£48.67

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RS Stock No.:
725-651
Mfr. Part No.:
3-137-417
Brand:
Schurter
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Brand

Schurter

Inductance

12mH

Product Type

Current Compensated Choke

Maximum DC Current

3A

Series

DKCV-1

Core Material

Nano Crystal

Test Frequency

400Hz

Minimum Operating Temperature

-40°C

Maximum Operating Temperature

100°C

Number of Lines

2

Automotive Standard

No

Choke Voltage

300V ac

Mount Type

Flange

Maximum Self Resonant Frequency

2.05MHz

Inductance Tolerance

-30 to 50 %

Termination Style

Through Hole

Standards/Approvals

UL

Height

25mm

Maximum DC Resistance

23.7mΩ

Depth

16.8mm

Length

19.4mm

COO (Country of Origin):
CN
The Schurter Current compensated 1-phase choke designed to enhance the performance of switching power supplies in diverse applications. Engineered with nanocrystalline cores, this product ensures outstanding efficiency and reliability for demanding environments, including medical and laboratory equipment. Its Compact design with THT-terminals allows for seamless integration onto printed circuit boards, optimising heat dissipation due to its open design. This choke supports a wide range of operational conditions with a rated inductance of 12 mH, making it Ideal for frequency inverters and similar devices requiring stable performance across varying load conditions.

The Schurter Current compensated 1-phase choke designed to enhance the performance of switching power supplies in diverse applications. Engineered with nanocrystalline cores, this product ensures outstanding efficiency and reliability for demanding environments, including medical and laboratory equipment. Its Compact design with THT-terminals allows for seamless integration onto printed circuit boards, optimising heat dissipation due to its open design. This choke supports a wide range of operational conditions with a rated inductance of 12 mH, making it Ideal for frequency inverters and similar devices requiring stable performance across varying load conditions.

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