High Voltage Inductor

Ferrtx high voltage inductors are engineered for power electronic systems that require stable inductance under high electrical stress.
By combining optimized winding structures with high-performance magnetic materials, these inductors support high current, high voltage induction, and high inductance values in demanding operating environments.

This page introduces a dedicated high-voltage inductor range, separated from the previous mixed product structure to provide clearer application focus and improved technical relevance.

High Current Inductors Designed for Power Systems

In modern power conversion and energy management systems, high current inductors must maintain electrical stability while handling elevated voltage levels.

Ferrtx designs emphasize:

• Low DC resistance to reduce conduction losses

• Stable inductance under continuous and peak current

• Reinforced insulation structure for high-voltage operation

• Reliable thermal performance under load

These features make our inductors suitable for industrial power supplies, energy storage systems, and high-power converters.

High Voltage Induction and Insulation Reliability

High voltage induction places strict requirements on insulation materials and winding layout.
Ferrtx high voltage inductors are manufactured with controlled layer spacing and enhanced dielectric materials to prevent partial discharge and breakdown.

Key design considerations include:

• High insulation resistance

• Optimized creepage and clearance distance

• Voltage stability over temperature range

• Long-term operational reliability

As part of our High Voltage Inductor product family, these designs comply with industrial safety and performance expectations.

High Inductance Inductor Performance Characteristics

A high inductance inductor is critical in applications requiring strong energy storage or effective current smoothing.
Ferrtx achieves high inductance values through optimized core selection and precise winding control, while maintaining predictable electrical behavior.

Performance highlights:

• Wide inductance range

• Low magnetic saturation risk

• Consistent inductance over operating conditions

• Reduced electromagnetic interference

For systems requiring compact yet powerful solutions, toroidal structures such as Toroidal Choke designs can also be integrated into the overall power architecture.

Construction and Custom Design Options

Ferrtx offers both standard and customized high voltage inductors to meet diverse system requirements.
Customization options include:

• Inductance value and tolerance

• Rated current and voltage

• Core material selection

• Mechanical structure and mounting style

Certain designs can function as an Electrical Reactor in filtering or energy-limiting applications within power circuits.

Typical Applications

Ferrtx high voltage inductors are widely used in:

• High-voltage DC-DC and AC-DC converters

• Industrial power supplies

• Energy storage and charging systems

• Power conditioning and smoothing circuits

• High-power control and protection systems

Their robust design ensures reliable operation in electrically demanding environments.

Why Choose FERRTX High Voltage Inductors

With extensive experience in magnetic component engineering, Ferrtx delivers high voltage inductors that balance electrical performance, safety margins, and manufacturing consistency.
Our solutions support modern power systems where high current capability and stable inductance are essential.