Drum Coil Inductor

2.00 - 8.00 INR

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Product Details:

High Voltage Up to 250V
Low Voltage Rated for low voltage circuits
Load Loss Low
Voltage Booster Type Passive Boost
Cooling Type Air Cooled
Dimension (L*W*H) Range: 5mm x 5mm x 7mm to 20mm x 15mm x 22mm (model dependent)
Coil Material Enameled Copper Wire
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Drum Coil Inductor Price And Quantity

Minimum Order Quantity 1000 Piece
Price Range 2.00 - 8.00 INR

Relative Humidity 95%
Tolerance 20%, 10%, 5% (depending on model)
RoHS Compliance Yes
Shielding Unshielded or shielded variants available
Lead Type Radial or Axial
Mounting Type PCB Through Hole or SMD
Application Noise suppression, signal conditioning, power conversion
Inductance Range 0.1H to 1000H
Core Shape Drum Cylindrical
Insulation Resistance >100M
Current Rating Up to 5A (model dependent)
Storage Temperature -55C to +150C
Surface Finish Tin Plated
Test Voltage 500V AC/min

Drum Coil Inductor Product Specifications

Voltage Booster Type Passive Boost
Coil Number Single
Load Loss Low
Operating Temperature -40C to +125C
Product Type Drum Coil Inductor
Weight 5-25 grams (varies by model)
Rated Voltage 250V
Low Voltage Rated for low voltage circuits
Output Inductive Reactance
Capacity 0.1 H to 1000 H
High Voltage Up to 250V
Material Ferrite Core with Copper Wire
Coil Structure Drum Core Type
Phase Single Phase
Efficiency High
Usage Electronics, Power Supply Circuits, Filters, RF Circuits
Dimension (L*W*H) Range: 5mm x 5mm x 7mm to 20mm x 15mm x 22mm (model dependent)
Frequency (MHz) Up to 100 MHz
Coil Material Enameled Copper Wire
Cooling Type Air Cooled
Power Scope Typical: 0.5W to 2W

Relative Humidity 95%
Tolerance 20%, 10%, 5% (depending on model)
RoHS Compliance Yes
Shielding Unshielded or shielded variants available
Lead Type Radial or Axial
Mounting Type PCB Through Hole or SMD
Application Noise suppression, signal conditioning, power conversion
Inductance Range 0.1H to 1000H
Core Shape Drum Cylindrical
Insulation Resistance >100M
Current Rating Up to 5A (model dependent)
Storage Temperature -55C to +150C
Surface Finish Tin Plated
Test Voltage 500V AC/min

Drum Coil Inductor Trade Information

Payment Terms Cash in Advance (CID)
Supply Ability 5 Piece Per Month
Sample Available Yes
Sample Policy Free samples are available
Packaging Details Carton packing available.
Main Domestic Market All India

Product Description

Leveraging on our rich industrial experience and expertise we have become a supreme manufacturer and supplier of a wide fleet of Drum Coil Inductor. These coil inductors are designed and manufactured by our highly qualified and skilled team of experts by using high grade materials and highly advanced technology. Available in different sizes and models for clients, our range of Drum Coil Inductor is widely demanded among our wide spread clientele for features like light weight, best performance, high tensile strength and durability.

Product details

Voltage	220V
Size	10mm (L)
Frequency	50Hz
Material	Copper
Inductor Type	SMD
Usage/Application	Switching Power Supply
Current	3Amp

Versatile Design Options for Broad Applications

Drum Coil Inductors are engineered to meet diverse application needs. With choices between shielded and unshielded variants, radial or axial leads, and multiple mounting types, these inductors excel in power supply circuits, RF filtering, and signal conditioning. Their extensive inductance range enables tailored use in both low and high-frequency electronics, ensuring performance consistency across multiple sectors.

Reliability and High Performance

Constructed with ferrite cores and precision-wound copper wire, these inductors feature superior insulation resistance above 100M and low load loss, ensuring robustness in demanding conditions. Their operation is stable over a wide temperature spectrum (-40C to +125C), and their efficient air-cooled design supports longevity in continuous use environments. RoHS compliance further highlights their safety and environmental consideration.

User-Friendly Installation and Integration

Available in PCB through-hole and SMD configurations, Drum Coil Inductors are easy to integrate into existing circuit designs. Sizes accommodate compact layouts, with a tin-plated finish that enhances solderability and corrosion resistance. The flexibility in mounting and lead type allows seamless adoption in modern electronics manufacturing processes.

FAQs of Drum Coil Inductor:

Q: How do I choose the right Drum Coil Inductor for my application?

A: Selecting the appropriate Drum Coil Inductor involves considering the required inductance value (0.1H to 1000H), current rating (up to 5A), mounting method (PCB through-hole or SMD), and whether shielding is necessary for your circuit to minimize electromagnetic interference.

Q: What are the benefits of using a shielded vs. unshielded Drum Coil Inductor?

A: Shielded Drum Coil Inductors are ideal for reducing electromagnetic interference in sensitive applications, while unshielded versions offer cost savings for circuits less affected by external noise. Your choice depends on the specific noise suppression needs of your system.

Q: Where are Drum Coil Inductors commonly used?

A: These inductors are widely applied in electronics such as power supply circuits, noise filters, RF circuits, and signal conditioning modules. Their design also makes them suitable for use in both consumer and industrial electronic products.

Q: What is the process for mounting Drum Coil Inductors onto circuit boards?

A: Drum Coil Inductors are available in both through-hole (radial/axial leads) and surface mount (SMD) formats. Installation involves standard PCB soldering techniques that ensure secure electrical contact and mechanical stability.

Q: When should higher tolerance Drum Coil Inductors be selected?

A: Higher tolerance options (such as 5%) are advisable for applications requiring precise inductance values, such as frequency-sensitive RF circuits, while broader tolerances (10%, 20%) are suitable for general filtering or power conditioning where exact values are less critical.

Q: What advantages do Drum Coil Inductors offer in power conversion and filtering?

A: Their high efficiency, low load loss, and ability to operate at frequencies up to 100 MHz make Drum Coil Inductors excellent for power conversion and filtering tasks, ensuring stable operation and minimizing energy losses in electronic systems.