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V18016FJ Ferrite Toroid Core Inner Diameter 9mm EMI Suppression Magnetic Ring For Power Cable Noise Reduction 1

V18016FJ Ferrite Toroid Core Inner Diameter 9mm EMI Suppression Magnetic Ring For Power Cable Noise Reduction 2

V18016FJ Ferrite Toroid Core Inner Diameter 9mm EMI Suppression Magnetic Ring For Power Cable Noise Reduction 3

V18016FJ Ferrite Toroid Core Inner Diameter 9mm EMI Suppression Magnetic Ring For Power Cable Noise Reduction 4

V18016FJ Ferrite Toroid Core Inner Diameter 9mm EMI Suppression Magnetic Ring For Power Cable Noise Reduction 5

V18016FJ Ferrite Toroid Core Inner Diameter 9mm EMI Suppression Magnetic Ring For Power Cable Noise Reduction 6

V18016FJ Ferrite Toroid Core Inner Diameter 9mm EMI Suppression Magnetic Ring For Power Cable Noise Reduction

1K107B High Permeability Mn‑Zn Ferrite Toroid

Model V18016FJ is a toroidal Mn‑Zn soft ferrite core with 9mm inner diameter, adopting 1K107B high‑permeability ferrite material. It owns high initial permeability, high saturation magnetic flux density and wide operating temperature of ‑50℃~150℃.

Each product is subject to standardized appearance inspection according to outer‑diameter‑based defect limits to control defect area and defect quantity. With low magnetic leakage, this core can suppress low‑frequency electromagnetic interference efficiently and assist finished products for EMC improvement.

Widely applied in power supplies, control boards and electronic wiring harnesses. Our factory ensures stable batch performance and supports volume orders for global buyers.

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inlet socket

V18016FJ

Product Brief

This AC inlet socket is a power‑input female connector designed for mounting on equipment housings. It connects with power cords to supply power for electronic devices. Constructed with high‑temperature resistant insulating material and robust conductive terminals, it delivers steady current transmission. Every unit undergoes strict pre‑delivery quality checks to ensure safe and dependable connection. Its compact structure saves mounting space and facilitates high‑volume assembly.
V18016FJ Ferrite Toroid Core Inner Diameter 9mm EMI Suppression Magnetic Ring For Power Cable Noise Reduction 7

V18016FJ Ferrite Toroid Core Inner Diameter 9mm EMI Suppression Magnetic Ring For Power Cable Noise Reduction 7

Product Overview

The inlet socket functions as the power input interface of electronic devices and mates with matching power plugs. Its insulating housing offers favorable flame‑retardant properties, and metal terminals feature low contact resistance to minimize operating heat build‑up. All items pass appearance and electrical performance tests and support long‑term continuous operation. Multiple specifications are available to meet diverse current and voltage demands. Our factory maintains consistent batch‑to‑batch quality and accepts bulk orders for worldwide buyers.
V18016FJ Ferrite Toroid Core Inner Diameter 9mm EMI Suppression Magnetic Ring For Power Cable Noise Reduction 8

V18016FJ Ferrite Toroid Core Inner Diameter 9mm EMI Suppression Magnetic Ring For Power Cable Noise Reduction 8

Application Range

Suitable for power adapters, switching power supplies, home appliances, medical devices, industrial control units, audio‑video equipment, chargers and other electronics requiring AC or DC power input interfaces.

FAQ

FAQ 1

Q: What is an inlet socket?

A: It is a female power‑input socket fixed on equipment casing for power plug insertion. Unlike wall‑mount outlet sockets, it acts as a built‑in component of end‑products.

FAQ 2

Q: What parameters need confirmation before ordering inlet sockets?

A: You need to confirm rated current, rated voltage, installation dimension, pin configuration and working environment. Incorrect specifications may result in poor contact and potential safety risks.

FAQ 3

Q: Can this inlet socket be used in high‑temperature surroundings?

A: This inlet socket adopts flame‑retardant and heat‑resistant housing material. Please use it within the rated temperature scope. Long‑term over‑temperature application will speed up material aging.

FAQ 4

Q: Why does the inlet socket get hot while working?

A: Common causes include over‑rated current load, loose plug connection and terminal deterioration. Ensure the load current stays within socket ratings and maintain reliable plug‑in contact condition.

FAQ 5

Q: Can I mix different pin‑type inlet sockets for replacement?

A: Cross‑specification replacement is not recommended. Mismatched pin size and spacing will cause abnormal mating, unstable power supply and hidden safety hazards. Please select sockets with identical pin parameters for substitution.

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