Triad Magnetics
Triad Magnetics
460 Harley Knox Blvd
Perris, CA 92571
Tel: 951.277.0757
Fax: 951.277.2757
Email: info@triadmagnetics.com
Website: www.triadmagnetics.com
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Triad toroidal inductors are specifically designed to minimize transients. These devices store energy, and therefore, condition the output signal by leveling out the current waveform providing a more stable current supply. Generally used in high frequency circuits, our standardized design provides an economical solution in differential mode applications or as an output inductor.
Switch Mode/High Frequency Differential Mode Toroidal Inductors
Outline Dimensions - Switch Mode/High Frequency Differential Mode Toroidal Inductors
Unit of Measure
Items Switch Mode/High Frequency Differential Mode Toroidal Inductors
FIT44-1
Switch Mode/High Frequency Differential Mode Toroidal Inductors 		Switch Mode/High Frequency Differential Mode Toroidal Inductors
FIT44-2
Switch Mode/High Frequency Differential Mode Toroidal Inductors 		Switch Mode/High Frequency Differential Mode Toroidal Inductors
FIT44-3
Switch Mode/High Frequency Differential Mode Toroidal Inductors 		Switch Mode/High Frequency Differential Mode Toroidal Inductors
FIT44-4
Switch Mode/High Frequency Differential Mode Toroidal Inductors 		Switch Mode/High Frequency Differential Mode Toroidal Inductors
FIT50-1
Switch Mode/High Frequency Differential Mode Toroidal Inductors
Description N/A Triad toroidal inductors are specifically designed to minimize transients. These devices store energy, and therefore, condition the output signal by leveling out the current waveform providing a more stable current supply. Generally used in high frequency circuits, our standardized design provides an economical solution in differential mode applications or as an output inductor.
Click here to check stock >> N/A N/A N/A N/A N/A
Min. Inductance (No Bias) N/A 18.85 µH N/A 14.75 µH N/A 12.30 µH N/A 8.06 µH N/A 47.40 µH
Min. Inductance at Bias N/A 12.72 µH N/A 9.82 µH N/A 7.75 µH N/A 5.22 µH N/A 29.00 µH
DC Current Rating N/A 2.8 A N/A 3.4 A N/A 4.0 A N/A 4.8 A N/A 2.8 A
Max. DCR N/A 44.8 Ohm N/A 30.7 Ohm N/A 23.4 Ohm N/A 15.9 Ohm N/A 78.9 Ohm
Dimension (A) N/A 0.625 in N/A 0.625 in N/A 0.625 in N/A 0.625 in N/A 0.700 in
Dimension (B) N/A 0.350 in N/A 0.350 in N/A 0.350 in N/A 0.350 in N/A 0.475 in
Dimension (C) N/A 0.700 in N/A 0.700 in N/A 0.700 in N/A 0.700 in N/A 0.750 in
Dimension (D) N/A 0.250 in N/A 0.250 in N/A 0.250 in N/A 0.250 in N/A 0.300 in
Dimension (E) N/A 0.020 in N/A 0.022 in N/A 0.025 in N/A 0.028 in N/A 0.020 in
Weight N/A 0.008 lb N/A 0.008 lb N/A 0.008 lb N/A 0.008 lb N/A 0.012 lb
Technical Notes N/A
  1. Nominal inductance values are typically 10 % higher than minimal rating.
  2. Biased inductance measured at rated DC amps.
  3. Operation at rated current yields approximately 40ºC temperature rise over 20 ºC ambient.
Note N/A A FIT-KIT is available which includes one of each of the above listed components.