Skip to product information
1 of 2
Triad Magnetics →

High Frequency Toroidal Inductors

High Frequency Toroidal Inductors

SKU:IND-d32daa

Efficiently stabilize current in high-frequency circuits with our High Frequency Toroidal Inductors. Perfect for differential mode applications or as output inductors.

Regular price $24.99
Regular price Sale price $24.99
Sale

Initiate Order

High Frequency Toroidal Inductors

High Frequency Toroidal Inductors

$24.99

Quantity: 1

Claim Your Seller Account

High Frequency Toroidal Inductors

High Frequency Toroidal Inductors

$24.99

Quantity: 1

Delivery via Maden

Expect your order to arrive on time.

Secure Payments

All orders are processed through a secure, PCI-compliant checkout.

View full details
Our High Frequency Toroidal Inductors are expertly engineered to minimize transients in high frequency circuits. Designed to store energy and ensure a stable current supply, these inductors offer reliable performance in differential mode applications or as output inductors. With a minimum inductance of 89.50 µH (No Bias) and a DC Current Rating of 2.8 A, these inductors provide an economical and efficient solution for your electronic projects.

Ready to Grow Without Cash Flow Constraints?

Get Net 30, 60, or 90 day terms at 0% interest on any purchase

Ready to Grow Without Cash Flow Constraints?

Product Specifications

Note 0
A FIT-KIT is available which includes one of each of the above listed components.
Specifications Dc Current Rating
2.8 A
Specifications Dimension A
0.875 in
Specifications Dimension B
0.475 in
Specifications Dimension C
0.950 in
Specifications Dimension D
0.300 in
Specifications Dimension E
0.020 in
Specifications Max Dcr
108 Ohm
Specifications Min Inductance At Bias
57.99 µH
Specifications Min Inductance No Bias
89.50 µH
Specifications Weight
0.026 lb
Technical Notes 0
Nominal inductance values are typically 10 % higher than minimal rating.Biased inductance measured at rated DC amps.Operation at rated current yields approximately 40ºC temperature rise over 20 ºC ambient.