High Current Toroid Inductors
Showing all 13 results
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Basic Electronic Components, Electronic Components, Wire Wound Inductors
2100HT-101-V-RC 2111 High Current Toroid Inductors
-20%
Basic Electronic Components, Electronic Components, Wire Wound Inductors2100HT-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
Note: Actual product can vary from the shown image
Features:
- High-temperature rating up to +200 °C
- Low magnetic radiation
- High current capacity
- Horizontal or vertical mount available
- Low cost
- Operating temperature: -55 to +200 °C
Packages Includes:
1 x 2100HT-101-V-RC 2111 High Current Toroid Inductors
SKU: n/a -
Basic Electronic Components, Electronic Components, Wire Wound Inductors
2100HT-101H-RC 2011 High Temperature, High Current Toroid Inductors
-20%
Basic Electronic Components, Electronic Components, Wire Wound Inductors2100HT-101H-RC 2011 High Temperature, High Current Toroid Inductors
2100HT-101H-RC 2011 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
Note: Actual product can varry from shown image
Features:
- High-temperature rating up to +200 °C
- Low magnetic radiation
- High current capacity
- Horizontal or vertical mount available
- Low cost
- Operating temperature: -55 to +200 °C
Packages Includes:
1 x High Current Toroid Inductors
SKU: n/a -
Basic Electronic Components, Electronic Components, Wire Wound Inductors
2100HT-102V-H-RC 2045 High Current Toroid Inductors
-17%Basic Electronic Components, Electronic Components, Wire Wound Inductors2100HT-102V-H-RC 2045 High Current Toroid Inductors
2100HT-102V-H-RC 2045 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
Note: Actual product can vary from the shown image
Features:
- High-temperature rating up to +200 °C
- Low magnetic radiation
- High current capacity
- Horizontal or vertical mount available
- Low cost
- Operating temperature: -55 to +200 °C
Packages Includes:
1 x 2100HT-102V-H-RC 2045 High Current Toroid Inductors
SKU: n/a -
Basic Electronic Components, Electronic Components, Wire Wound Inductors
2100HT-221V-RC 2138 High Current Toroid Inductors
-14%Basic Electronic Components, Electronic Components, Wire Wound Inductors2100HT-221V-RC 2138 High Current Toroid Inductors
2100HT-221V-RC 2138 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
Note: Actual product can vary from the shown image
Features:
- High-temperature rating up to +200 °C
- Low magnetic radiation
- High current capacity
- Horizontal or vertical mount available
- Low cost
- Operating temperature: -55 to +200 °C
Packages Includes:
1 x 2100HT-221V-RC 2138 High Current Toroid Inductors
SKU: n/a -
Basic Electronic Components, Electronic Components, Wire Wound Inductors
2100LL-101-H-RC Low Core Loss, High Current Toroid Inductors
-5%Basic Electronic Components, Electronic Components, Wire Wound Inductors2100LL-101-H-RC Low Core Loss, High Current Toroid Inductors
2100LL-101-H-RC 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
Features:
- DC/DC converter, EMI filter applications
- Low radiation
- Low core loss
- High current capacity
- Horizontal or vertical mount
- Low cost
- Operating temperature -55 to +105 °C
Packages Includes:
1 x Low Core Loss, High Current Toroid Inductors
SKU: n/a -
Basic Electronic Components, Electronic Components, Wire Wound Inductors
2100LL-151-H-RC toroid coil inductor
-8%Basic Electronic Components, Electronic Components, Wire Wound Inductors2100LL-151-H-RC toroid coil inductor
The KEMET PHBC coils are normal mode chokes with a wide variety of characteristics. These coils are designed with Fe-Ni dust cores and are useful in various
fields such as DC/DC converters and differential noise countermeasures.A toroid is a coil of insulated or enameled wire wound on a donut-shaped form made of powdered iron. A toroid is used as an inductor in electronic circuits, especially at low frequencies where comparatively large inductances are necessary
A toroid works as an inductor, which boosts the frequency to appropriate levels. Inductors are electronic components that are passive so that they can store energy in the form of magnetic fields. A toroid turns, and those turns induce a higher frequency. Toroids are more economical and efficient than solenoids.
Applications:
- Switching power supply outlet
- DC-DC converter
- Phase compensation
- Boost converter
- Normal mode noise solution countermeasure
Features:
- Fe-Ni dust core material
- Most suitable for big current applications
- Low core loss
- High saturation magnetic flux density
- Good DC superposition characteristics
- Wide variety of sizes and specifications
Packags Includes:
1 x 2100LL-151-H-RC toroid coil inductor PHBC Series (Fe-Ni)
SKU: n/a -
Basic Electronic Components, Electronic Components, Wire Wound Inductors
2100LL-390H-RC toroid coil inductor
-8%Basic Electronic Components, Electronic Components, Wire Wound Inductors2100LL-390H-RC toroid coil inductor
The KEMET PHBC coils are normal mode chokes with a wide variety of characteristics. These coils are designed with Fe-Ni dust cores and are useful in various
fields such as DC/DC converters and differential noise countermeasures.A toroid is a coil of insulated or enameled wire wound on a donut-shaped form made of powdered iron. A toroid is used as an inductor in electronic circuits, especially at low frequencies where comparatively large inductances are necessary
A toroid works as an inductor, which boosts the frequency to appropriate levels. Inductors are electronic components that are passive so that they can store energy in the form of magnetic fields. A toroid turns, and those turns induce a higher frequency. Toroids are more economical and efficient than solenoids.
Applications:
- Switching power supply outlet
- DC-DC converter
- Phase compensation
- Boost converter
- Normal mode noise solution countermeasure
Features:
- Fe-Ni dust core material
- Most suitable for big current applications
- Low core loss
- High saturation magnetic flux density
- Good DC superposition characteristics
- Wide variety of sizes and specifications
Packags Includes:
1 x 2100LL-390H-RC toroid coil inductor PHBC Series (Fe-Ni)
SKU: n/a -
Basic Electronic Components, Electronic Components, Wire Wound Inductors
2100LL-470-H-RC Toroidal Inductor
-8%
Basic Electronic Components, Electronic Components, Wire Wound Inductors2100LL-470-H-RC Toroidal Inductor
2100LL-470-H-RC
Toroidal Inductor 2100LL, 47 µH, 5.2 A, 0.024 ohms, ± 15%
Note:
- For more technical details, go through the datasheet in the attachments
- Image may vary from actual product in terms of brand and value printed
Package Includes:
1 x 2100LL-470-H-RC Toroidal Inductor
SKU: n/a -
Basic Electronic Components, Electronic Components, Wire Wound Inductors
2100LL-471-H-RC toroid coil inductor
-8%Basic Electronic Components, Electronic Components, Wire Wound Inductors2100LL-471-H-RC toroid coil inductor
The KEMET PHBC coils are normal mode chokes with a wide variety of characteristics. These coils are designed with Fe-Ni dust cores and are useful in various
fields such as DC/DC converters and differential noise countermeasures.A toroid is a coil of insulated or enameled wire wound on a donut-shaped form made of powdered iron. A toroid is used as an inductor in electronic circuits, especially at low frequencies where comparatively large inductances are necessary
A toroid works as an inductor, which boosts the frequency to appropriate levels. Inductors are electronic components that are passive so that they can store energy in the form of magnetic fields. A toroid turns, and those turns induce a higher frequency. Toroids are more economical and efficient than solenoids.
Applications:
- Switching power supply outlet
- DC-DC converter
- Phase compensation
- Boost converter
- Normal mode noise solution countermeasure
Features:
- Fe-Ni dust core material
- Most suitable for big current applications
- Low core loss
- High saturation magnetic flux density
- Good DC superposition characteristics
- Wide variety of sizes and specifications
Packags Includes:
1 x 2100LL-471-H-RC toroid coil inductor PHBC Series (Fe-Ni)
SKU: n/a -
Basic Electronic Components, Electronic Components, Wire Wound Inductors
2101-H-RC 2205 High Current Toroid Inductors
-19%
Basic Electronic Components, Electronic Components, Wire Wound Inductors2101-H-RC 2205 High Current Toroid Inductors
2101-H-RC 2205 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
High CurrentToroid Inductors 2100 Series Table
Features:
- DC/DC converter, EMI filter applications
- Low radiation
- Low core loss
- High current capacity
- Horizontal or vertical mount
- Low cost
- Operating temperature -55 to +105 °C
Packages Includes:
1 x 2101-H-RC 2205 High Current Toroid Inductors
SKU: n/a -
Basic Electronic Components, Electronic Components, Wire Wound Inductors
2101-V-RC 2206 High Current Toroid Inductors
-11%
Basic Electronic Components, Electronic Components, Wire Wound Inductors2101-V-RC 2206 High Current Toroid Inductors
2101-V-RC 2206 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
Note: Actual product can vary from the shown image
Features:
- High-temperature rating up to +200 °C
- Low magnetic radiation
- High current capacity
- Horizontal or vertical mount available
- Low cost
- Operating temperature: -55 to +200 °C
Packages Includes:
1 x 2101-V-RC 2206 High Current Toroid Inductors
SKU: n/a -
Basic Electronic Components, Electronic Components, Wire Wound Inductors
2105-V-RC 2146 High Current Toroid Inductors
-17%Basic Electronic Components, Electronic Components, Wire Wound Inductors2105-V-RC 2146 High Current Toroid Inductors
2105-V-RC 2146 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
High CurrentToroid Inductors 2100 Series Table
Features:
- DC/DC converter, EMI filter applications
- Low radiation
- Low core loss
- High current capacity
- Horizontal or vertical mount
- Low cost
- Operating temperature -55 to +105 °C
Packages Includes:
1 x 2105-V-RC 2146 High Current Toroid Inductors
SKU: n/a -
Basic Electronic Components, Electronic Components, Wire Wound Inductors
HHBC12-1R0A0028V Differential Mode Coils
-23%
Basic Electronic Components, Electronic Components, Wire Wound InductorsHHBC12-1R0A0028V Differential Mode Coils
The KEMET HHBC coils are normal mode chokes with a wide variety of characteristics. These coils are designed with Fe-Si dust cores and are useful in various
fields, such as DC/DC converters and differential noise countermeasures.Applications:
- Switching power supply outlet
- DC-DC converter
- Phase compensation
- Boost converter
- Normal mode noise countermeasure
Features:
- Fe-Si dust core material
- Available for noise countermeasure as well as general use
- Good balance of core loss and DC superposition characteristics
- Wide variety of sizes and specifications
- Operating temperature range from −40°C to +125°C
Specifications:
- Model: HHBC12-1R0A0028V
- Rated Current: 5A
- Inductance (µH): 28 , 26.5
- DC Resistance/ Line (mΩ) Maximum: 21.1
- Temperature Rise1 (K) Maximum: 25
- Wire Diameter (mm): 1.0
- Weight: 13g
SKU: n/a