PC9FJR10K Allicdata Electronics
Allicdata Part #:

PC9FJR10K-ND

Manufacturer Part#:

PC9FJR10K

Price: $ 0.00
Product Category:

Inductors, Coils, Chokes

Manufacturer: Vishay Dale
Short Description: PC .1 10% F09
More Detail: 100nH Shielded Molded Inductor 2.5A 30 mOhm Max Ra...
DataSheet: PC9FJR10K datasheetPC9FJR10K Datasheet/PDF
Quantity: 1000
1 +: 0.00000
Stock 1000Can Ship Immediately
$ 0
Specifications
Q @ Freq: 70 @ 25MHz
Height - Seated (Max): 0.270" (6.86mm)
Size / Dimension: 0.265" Dia (6.73mm)
Supplier Device Package: --
Package / Case: Radial
Mounting Type: Through Hole
Features: --
Inductance Frequency - Test: 25MHz
Operating Temperature: -55°C ~ 125°C
Ratings: --
Frequency - Self Resonant: 250MHz
Series: PC
DC Resistance (DCR): 30 mOhm Max
Shielding: Shielded
Current - Saturation: 2.5A
Current Rating: 2.5A
Tolerance: ±10%
Inductance: 100nH
Material - Core: --
Type: Molded
Part Status: Obsolete
Packaging: --
Description

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Fixed inductors are widely used electronic components. The PC9FJR10K is one of the leading Fixed Inductors in the market. It has a wide range of application fields, ranging from consumer electronics to automobiles. This article will discuss the primary application fields and working principle of the PC9FJR10K.

Application fields

The PC9FJR10K has a wide variety of applications, making it a versatile component for a range of products. Some of its common application fields include:

  • Radio frequency (RF) circuits – The PC9FJR10K is often used in RF circuits to adjust frequency bandwidths and limit current peak-to-peak variations. It is also employed in high-frequency applications, such as television, car radios, and satellite links.
  • Switched-mode power supplies – This component is also used in the output circuits of switched-mode power supplies to reduce the drive current ripple. It is also employed in battery-charging circuits to regulate current output.
  • High-speed digital circuits – PC9FJR10K is employed in high-speed digital circuits to reduce electromagnetic interference (EMI) created by digital signals.
  • Automotive circuits – The PC9FJR10K is widely used in modern automotive circuits, particularly those carrying current/voltage signals. It is also used to reduce transients in such circuits to improve system efficiency.

Working Principle

The PC9FJR10K is an inductor that works on the principle of electromagnetic induction, where a change in current causes a corresponding change in voltage. This component is made up of copper or aluminum coil wound around an iron core. It is designed to provide a steady flow of a specified current, even in the presence of transient loads. The steady flow of current is ensured by the inductance of the core material which resists the sudden change in the current.

The PC9FJR10K works by deflecting the approaching current from an AC source. Its inductance damps the high frequency components of the AC and produces a DC component. This component also has an inherent DC resistance which is dependent on the number of turns in the coil and affects the component\'s current carrying capacity. The total current passing through the component is determined by the combination of the inductance and the DC resistance.

The PC9FJR10K also has hysteresis, a phenomenon where the inductor allows different currents to pass through when it is exposed to different voltages. This means that the component can maintain the same steady current despite the presence of transient loads. The hysteresis property of the component makes it an ideal choice for applications requiring steady, reliable current flow.

Conclusion

The PC9FJR10K is one of the most popular Fixed Inductors, with a wide range of applications. It works on the principle of electromagnetic induction and has an inherent resistance which helps maintain a steady current flow. The hysteresis property of the component makes it ideal for applications requiring steady, reliable current flow. The PC9FJR10K is widely employed in RF circuits, switched-mode power supplies, high-speed digital circuits, and automotive circuits.

The specific data is subject to PDF, and the above content is for reference

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