Roxburgh EMC 4 mH Composite Iron Powder Toroidal Inductor, 1.9 Ω Rdc, SF

RS Stock No.: 288-216Brand: Roxburgh EMCManufacturers Part No.: SF1121
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Technical documents

Specifications

Inductance

4mH

Product Type

Toroidal Inductor

Mount Type

Lead Wire

Maximum DC Resistance

1.9Ω

Diameter

25mm

Lead Diameter

0.4mm

Automotive Standard

No

Height

10mm

Minimum Operating Temperature

-40°C

Core Material

Composite Iron Powder

Maximum Operating Temperature

125°C

Inductance Tolerance

±20 %

Depth

10mm

Standards/Approvals

UL

Lead Pitch

5mm

Termination Style

Radial Lead

Length

10mm

Series

SF

Product details

Roxburgh EMC SF Series Toroidal Radial Chokes

Wire-ended toroidal RFI suppression chokes specifically designed for use with phase angle control equipment applications operating at mains voltages
Ideally suited for applications that need to comply with BS800 interference limits

View all in Leaded Inductors

Stock information temporarily unavailable.

P.O.A.

Roxburgh EMC 4 mH Composite Iron Powder Toroidal Inductor, 1.9 Ω Rdc, SF

P.O.A.

Roxburgh EMC 4 mH Composite Iron Powder Toroidal Inductor, 1.9 Ω Rdc, SF

Stock information temporarily unavailable.

quantityUnit price
1 - 9P.O.A.
10 - 99P.O.A.
100 - 249P.O.A.
250 - 499P.O.A.
500+P.O.A.

Technical documents

Specifications

Inductance

4mH

Product Type

Toroidal Inductor

Mount Type

Lead Wire

Maximum DC Resistance

1.9Ω

Diameter

25mm

Lead Diameter

0.4mm

Automotive Standard

No

Height

10mm

Minimum Operating Temperature

-40°C

Core Material

Composite Iron Powder

Maximum Operating Temperature

125°C

Inductance Tolerance

±20 %

Depth

10mm

Standards/Approvals

UL

Lead Pitch

5mm

Termination Style

Radial Lead

Length

10mm

Series

SF

Product details

Roxburgh EMC SF Series Toroidal Radial Chokes

Wire-ended toroidal RFI suppression chokes specifically designed for use with phase angle control equipment applications operating at mains voltages
Ideally suited for applications that need to comply with BS800 interference limits