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High-Purity Copper Windings Magnetic Rod Inductor Choke Coil with Open Magnetic Circuit and High Saturation Resistance

High-Purity Copper Windings Magnetic Rod Inductor Choke Coil with Open Magnetic Circuit and High Saturation Resistance

Brand Name: ZXY
Model Number: ZXY
MOQ: Negotiable
Price: Negotiable
Packaging Details: Carton
Payment Terms: L/C,D/A,D/P,T/T
Detail Information
Place of Origin:
China
Certification:
ISO9001, UL, CE, and RoHS.
Winding Material:
High-purity Copper
Saturation Resistance:
High
Current Handling:
High
Application Voltage:
12V/24V
Circuit Design:
Open Magnetic Circuit
Core Material:
Ferrite
Supply Ability:
Negotiable
Highlight:

High-Purity Copper Windings Magnetic Rod Inductor

,

Open Magnetic Circuit Choke Coil

,

High Saturation Resistance Ferrite Magnetic Rod Inductor

Product Description
High-Purity Copper Windings Magnetic Rod Inductor Choke Coil for High-Frequency Switch-Mode Power Supplies with Open Magnetic Circuit
Product Overview

Engineered for high-frequency switch-mode power supplies (SMPS), this premium Magnetic Rod Inductor (Rod-shaped Choke Coil) features high-purity copper windings on an advanced ferrite magnetic core. With its open magnetic circuit, it delivers exceptional current-handling capability and high resistance to magnetic saturation.

Ideal for switching power supply PCB layouts, it acts as a critical low-pass filter to suppress EMI noise, smooth current ripples, and protect downstream sensitive electronics in automotive, smart furniture, and industrial DIY projects.

The open-magnetic circuit design and high saturation resistance of the Ferrite Magnetic Rod Inductor make it an indispensable component for transient filtering and ripple suppression in modern electronics.

Key Applications
Automotive Electronic Modules

Application: Integrated into DC-DC Buck-Boost converter circuit boards for high-power USB fast-charging car docks and Body Control Modules (BCMs)

Role: The 12V/24V power rail from a car battery is notoriously noisy due to alternator whine and ignition spikes. Placed at the power input stage, this rod-shaped choke coil works as a heavy-duty "buffer" to block incoming voltage surges and high-frequency EMI, ensuring it won't interfere with the vehicle's sensitive AM/FM radio or ADAS radar systems.

Audio Amplifiers & Communication Hardware

Application: Embedded in the LC output filter networks of Class-D audio amplifiers and wireless IoT gateway power rails

Role: Class-D amplifiers use high-frequency PWM switching to drive speakers. A rod choke effectively strips away the high-frequency switching carrier signal before it reaches the speaker terminal, leaving only pure, high-fidelity audio signals and eliminating background static hiss.

Smart Home & Qi Wireless Charging Stations

Application: Placed on the main power entry board of multi-device wireless charging pads and smart furniture integrations

Role: It prevents the high-frequency magnetic field generated by the wireless charging transmitter coils from bleeding back into the main AC/DC grid power supply lines, keeping the entire system thermally stable and compliant with global FCC/CE electromagnetic compatibility standards.

Performance Characteristics
Performance characteristics graph showing frequency response and impedance curves of magnetic rod inductor
Performance characteristics graph of magnetic rod inductor
Application Scenarios
Electrical specifications and technical parameters for magnetic rod inductor
Electrical specifications and parameters
Frequency response and impedance characteristics analysis
Frequency response and impedance characteristics
Product Details
Detailed view of magnetic rod inductor construction and dimensions
Close-up of high-purity copper windings on ferrite core
PCB mounting configuration and terminal details
Application circuit diagram and installation guidelines