| Brand Name: | ZXY |
| Model Number: | ZXY |
| MOQ: | Negotiable |
| Price: | Negotiable |
| Packaging Details: | Carton |
| Payment Terms: | L/C,D/A,D/P,T/T |
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.
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.
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.
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.