2100HT-101-V-RC 2111 High Current Toroid Inductors
2100HT-101-V-RC 2111 High Current Toroid Inductors
2100HT-101-V-RC 2111 High Current Toroidal DIP Inductor is a passive electronic device widely used in electronic circuits. It is an insulated coil that is a wire wound on a ring-shaped form that is made of different materials, such as powdered iron, ferrite, or another material.
A toroidal inductor is mostly used where large inductance is required. Toroidal inductors have more inductance per turn and can carry more current than solenoids with a core of similar material and size
Applications:
- Tuning circuits.
- Sensors.
- Store energy in a device.
- Induction motors.
- Transformers.
- Filters.
- Chokes.
- Ferrite beads
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Product Information
Shipping & Returns
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2100HT-101-V-RC 2111 High Current Toroid Inductors
2100HT-101-V-RC 2111 High Current Toroid Inductors
2100HT-101-V-RC 2111 High Current Toroid Inductors
2100HT-101-V-RC 2111 High Current Toroidal DIP Inductor is a passive electronic device widely used in electronic circuits. It is an insulated coil that is a wire wound on a ring-shaped form that is made of different materials, such as powdered iron, ferrite, or another material.
A toroidal inductor is mostly used where large inductance is required. Toroidal inductors have more inductance per turn and can carry more current than solenoids with a core of similar material and size
Applications:
- Tuning circuits.
- Sensors.
- Store energy in a device.
- Induction motors.
- Transformers.
- Filters.
- Chokes.
- Ferrite beads
Original: $519.00
-70%$519.00
$155.70Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
2100HT-101-V-RC 2111 High Current Toroid Inductors
2100HT-101-V-RC 2111 High Current Toroidal DIP Inductor is a passive electronic device widely used in electronic circuits. It is an insulated coil that is a wire wound on a ring-shaped form that is made of different materials, such as powdered iron, ferrite, or another material.
A toroidal inductor is mostly used where large inductance is required. Toroidal inductors have more inductance per turn and can carry more current than solenoids with a core of similar material and size
Applications:
- Tuning circuits.
- Sensors.
- Store energy in a device.
- Induction motors.
- Transformers.
- Filters.
- Chokes.
- Ferrite beads













