T68-2 - Iron powder toroid core, 0.25 - 20 MHz, OD 17.5 mm

T68-2 T68-2 Micrometals RF iron powder toroids
Datasheet RoHS REACH
Available on stock
2539
 
Quantity
Minimum: 1 pcs
Multiple: 1 pcs
$0.772 /pcs
$0.77
Prices
Q.ty Price each Extended price
1+ $0.772 $0.772
10+ $0.618 $6.176
50+ $0.537 $26.849
100+ $0.489 $48.858
250+ $0.444 $110.909
750+ $0.423 $317.171
1500+ $0.402 $603.229
3000+ $0.384 $1,151.148
6000+ $0.365 $2,191.675
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Micrometals T68-2: Iron Powder Toroid for RF and Audio Applications

The Micrometals T68-2 is a high-performance magnetic component made from carbonyl iron powder, designed to deliver excellent results in high-frequency circuits. This toroid is particularly valued for its magnetic stability, low permeability, and high Q factor, making it ideal for RF, audio, and EMI filtering applications.

Thanks to its compact geometry and Mix 2 formulation, the T68-2 enables efficient design of inductors and transformers, reducing losses and improving frequency response. It is a reliable choice for electronics engineers, radio amateurs, and designers of analog and digital circuits.

Applications of the T68-2 Toroid

The Micrometals T68-2 toroid is widely used in a variety of electronic applications where efficient energy handling and precise high-frequency response are required:

  • Low-frequency RF filters
  • Inductors for switching power supplies
  • Transformers for 200–400 MHz transmissions
  • High-fidelity audio circuits
  • EMI/RFI suppression systems
  • Amateur radio and DIY electronics projects

Advantages of the Micrometals T68-2

  • High thermal and magnetic stability
  • Excellent performance in RF environments
  • Easy to wind and integrate into circuits
  • Readily available and competitively priced
  • Compliant with international standards for passive components

Micrometals MIX 2 - KEY FEATURES

  • Industry standard for RF and audio applications
  • Carbonyl Iron mix - exclusively from Micrometals
  • High Q up to 40 MHz
  • Used for moderate band transformers 200 to 400 MHz
  • Permeability of 10μ
  • The low permeability results in lower operating AC flux density than other materials with no additional gap‐loss

Specifications

  • red/clear
  • 2
  • 10
  • 57 µH
  • 0.25 - 20 MHz
  • 17.5 mm
  • 9.4 mm
  • 4.83 mm
  • 0.69 in
  • 0.37 in
  • 0.19 in
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