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Inductor Inductor
Inductor Inductor
Inductor Inductor
Inductor Inductor

Inductor Inductor

MOQ : 10 Pieces

Inductor Inductor Specification

  • Model No
  • Varies as per inductance rating
  • Application
  • Engineering Electronic Instruments
  • Frequency
  • Up to 100 MHz (Depending on Model)
  • Product Type
  • Inductor
  • Usage
  • Engineering Electronic Instruments
  • Measurement Range
  • Varies by model
  • Core Components
  • Ferrite Core, Copper Wire
  • Automation Grade
  • Manual
  • Accuracy
  • Within 5% (Inductance tolerance)
  • Feature
  • High reliability, Low power loss, Compact size
  • Temperature Range
  • -40C to +125C
  • Voltage
  • Maximum Operating Voltage: 50V
  • Equipment Materials
  • Ferrite Core, Copper Wire
  • Type
  • Inductor
  • Dimension (L*W*H)
  • 7.5 x 7.0 x 4.2 mm (Typical)
  • Weight
  • Approximately 2g (varies by model)
 

Inductor Inductor Trade Information

  • Minimum Order Quantity
  • 10 Pieces
  • Sample Available
  • Yes
  • Sample Policy
  • Sample costs shipping and taxes has to be paid by the buyer
  • Packaging Details
  • carton box, export quality also available
  • Main Domestic Market
  • All India
  • Certifications
  • ISO 9001, 14001 ,CE
 

About Inductor Inductor

INDUCTOR
Size:
1.0nH, 1.1nH, 1.2nH, 1.3nH, 1.5nH, 1.6nH, 1.8nH, 2.0nH, 2.2nH, 2.4nH, 2.7nH, 3.0nH, 3.3nH, 3.6nH, 3.9nH, 4.3nH, 4.7nH, 5.1nH, 5.6nH, 6.2nH, 6.8nH, 7.5nH, 8.2nH, 8.7nH, 9.1nH
10nH, 11nH, 12nH, 13nH, 15nH, 16nH, 18nH, 20nH, 22nH, 24nH, 27nH, 30nH, 33nH, 36nH, 39nH, 43nH, 47nH, 51nH, 56nH, 62nH, 68nH, 75nH, 82nH, 87nH, 91nH
100nH, 110nH, 120nH, 130nH, 150nH, 160nH, 180nH, 200nH, 220nH, 240nH, 270nH, 300nH, 330nH, 360nH, 390nH, 430nH, 470nH, 510nH, 560nH, 620nH, 680nH, 750nH, 820nH, 870nH, 910nH
1.0uH, 1.1uH, 1.2uH, 1.3uH, 1.5uH, 1.6uH, 1.8uH, 2.0uH, 2.2uH, 2.4uH, 2.7uH, 3.0uH, 3.3uH, 3.6uH, 3.9uH, 4.3uH, 4.7uH, 5.1uH, 5.6uH, 6.2uH, 6.8uH, 7.5uH, 8.2uH, 8.7uH, 9.1uH
10uH, 11uH, 12uH, 13uH, 15uH, 16uH, 18uH, 20uH, 22uH, 24uH, 27uH, 30uH, 33uH, 36uH, 39uH, 43uH, 47uH, 51uH, 56uH, 62uH, 68uH, 75uH, 82uH, 87uH, 91uH
100uH, 110uH, 120uH, 130uH, 150uH, 160uH, 180uH, 200uH, 220uH, 240uH, 270uH, 300uH, 330uH, 360uH, 390uH, 430uH, 470uH, 510uH, 560uH, 620uH, 680uH, 750uH, 820uH, 870uH, 910uH



Optimized for Precision Applications

The inductors accuracy within 5% (inductance tolerance) and high insulation resistance (>100 M) ensure stable performance in electronic instruments. Its robust constructionusing ferrite core and copper wiremitigates power loss and enhances reliability even at higher frequencies, making it a preferred choice for demanding engineering environments.


Flexible Mounting for Versatility

With options for through-hole and SMD configurations, the inductor can easily integrate into various PCB layouts. The toroidal and drum core shapes further accommodate application-specific needs, ensuring flexibility for design engineers and seamless assembly processes.


Eco-Friendly and Durable Design

Certified as RoHS compliant, this inductor aligns with modern environmental standards. Its durable construction protects against mechanical stress and extreme temperatures, operating reliably between -40C to +125C, which is crucial for industrial and instrumentation uses.

FAQs of Inductor Inductor:


Q: How is the inductor installedSMD or through-hole?

A: The inductor is available in both surface-mount device (SMD) and through-hole versions, allowing you to select the most suitable mounting type for your electronic design and assembly process.

Q: What benefits does a ferrite core provide in this inductor?

A: Using a ferrite core enhances magnetic efficiency, minimizes core losses, and maintains high reliability across a wide frequency range, making it ideal for applications requiring stability and low power loss.

Q: When should I choose a toroidal versus a drum core shape?

A: Toroidal cores offer improved magnetic containment and minimal electromagnetic interference, whereas drum core shapes are optimal for compact layouts with efficient winding. The selection depends on your circuit design and space constraints.

Q: Where can these inductors be used most effectively?

A: These inductors excel in engineering electronic instruments, including power supplies, signal processing devices, and industrial automation systems, owing to their versatile specifications and robust build.

Q: What is the typical process for selecting the right inductance value?

A: Begin by evaluating your circuits frequency, required current rating, and voltage handling. Then, match these parameters with the inductors inductance and DC resistance range for optimal performance and efficiency.

Q: What usage advantages does RoHS compliant status provide?

A: RoHS compliance ensures the product is free from hazardous substances, making it environmentally safe and suitable for global electronic manufacturing and export.

Q: How does the inductor maintain accuracy across its operating range?

A: With an inductance tolerance of within 5%, and insulation resistance above 100 M, this inductor delivers precise and stable performance, even under varying environmental conditions.

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