Switch Mode/High Frequency Differential Mode Toroidal Inductors
Inductors and Chokes
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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.
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Item # |
Min. Inductance (No Bias) |
Min. Inductance at Bias |
DC Current Rating |
Max. DCR |
View CAD |
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FIT106-2 | Min. Inductance (No Bias) N/A 197.00 µH | Min. Inductance at Bias N/A 113.0 µH | DC Current Rating N/A 4.8 A | Max. DCR N/A 106 Ohm |
View CAD
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FIT106-3 | Min. Inductance (No Bias) N/A 154.00 µH | Min. Inductance at Bias N/A 84.0 µH | DC Current Rating N/A 5.7 A | Max. DCR N/A 74 Ohm |
View CAD
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FIT106-4 | Min. Inductance (No Bias) N/A 116.00 µH | Min. Inductance at Bias N/A 61.90 µH | DC Current Rating N/A 6.8 A | Max. DCR N/A 48.5 Ohm |
View CAD
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FIT106-5 | Min. Inductance (No Bias) N/A 94.50 µH | Min. Inductance at Bias N/A 48.0 µH | DC Current Rating N/A 8.1 A | Max. DCR N/A 39.1 Ohm |
View CAD
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FIT106-6 | Min. Inductance (No Bias) N/A 70.05 µH | Min. Inductance at Bias N/A 35.30 µH | DC Current Rating N/A 9.7 A | Max. DCR N/A 24 Ohm |
View CAD
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