Inductor

This series chokes feature cores with high saturation magnetic flux density. They thereby provide an effective means of combating pulse EMC. By using an advanced amorphous metal alloy core, this series are able to provide line noise attenuation performance equivalent to conventional ferrite-based chokes but with far more compact dimensions and fewer coil turns. They can thus be implemented in high-density circuit configurations to comply with various EMC related regulations. The products contain no lead and also support lead-free soldering.

The IN-SP10-10015 transformer is compact and designed for applications with an operating temperature range of -40°C to +125°C.
This ROHS-compliant component is ideal for use in smaller switching power supplies using push-pull technology and for electrical isolation in industrial automation and process engineering design circuits.

A toroidal inductor is a type of inductor that takes the shape of a torus. It is constructed using a toroidal core made of magnetic material wrapped around a wire coil. The wire coil is typically wound around the core, creating a magnetic field that circulates around the torus. Toroidal inductors are commonly used in power electronics, RF circuits, and high-frequency applications due to their high inductance and low leakage fields. They offer improved efficiency and reduced interference compared to other inductor types. Toroidal inductors are also highly scalable, allowing for easy customization of inductance values and power ratings based on specific application requirements.

A toroidal inductor is a type of inductor that takes the shape of a torus. It is constructed using a toroidal core made of magnetic material wrapped around a wire coil. The wire coil is typically wound around the core, creating a magnetic field that circulates around the torus. Toroidal inductors are commonly used in power electronics, RF circuits, and high-frequency applications due to their high inductance and low leakage fields. They offer improved efficiency and reduced interference compared to other inductor types. Toroidal inductors are also highly scalable, allowing for easy customization of inductance values and power ratings based on specific application requirements.

IN-PL16V-113Y-L1 EMC Line Filter with high saturation magnetic flux density. They thereby provide an effective means of combating pulse EMC. By using an advanced amorphous metal alloy core, this series are able to provide line noise attenuation performance equivalent to conventional ferrite-based chokes but with far more compact dimensions and fewer coil turns. They can thus be implemented in high-density circuit configurations to comply with various EMC related regulations. The products contain no lead and also support lead-free soldering.

High Current Surface-mounted Inductors, Surface-mounted Power Inductors, Shielded Surface-mounted Power Inductors, SMD Line Filter, Surface-mounted Common Mode Chokes
Low profile very effective in space conscious applications
Low resistance filters have been designed for excellent electrical isolation
High quality toroidal core
Wide frequency range over 1000MHz
Lead free construction

Wire-wound Construction
Polyolefin Shrink Tubing
Excellent heat resistance
High Reliability
Small Size, Low Cost
High Inductance and Lower RDC
Excellent Environmental Characteristics

0.3A to 10A rating
0.7mH to 100mH dual chokes
Excellent Mechanical Strength
100KHz to 3MHz common mode resonance
High Reliability and variant PCB-mount housing
Low resistance and temperature rise