Electronic device parts

With outstanding phase stability against temperature changes, these are High Performance Coaxial Cables ideal for use in environments with large changes in air temperature such as mobile base station antennas.

Enhanced insulated wires provided with a tape winding coating to fulfill Class B (130ºC) thermal resistance requirements.

Enhanced insulated wires provided with a tape winding coating to fulfill Class F (155ºC) thermal resistance requirements.

Enhanced insulated wires provided with a tape winding coating to fulfill Class H (180ºC) thermal resistance requirements.

Electric wires with plating performed on materials such as copper and copper alloy wires to add functionality to their surfaces.

These products can be provided as fine aluminum wires which have undergone enamel processing.

Parallel lead wires are lead wires for an electronic component in which two enamel electric wires are bonded in parallel.

This is a coaxial cable assembly that can be used with microwave applications up to 110 GHz DC.

This coaxial cable assembly has enhanced lateral pressure resistance and supports highly-flexible high-frequency wideband transmission (up to 110 GHz DC).

This multi-port coaxial connector can connect multiple coaxial lines of up to 67 GHz DC at once via a printed circuit board connector and cable plug.

This cable assembly is capable of long-distance transmission of the latest 4K video signals between cameras and devices. It utilizes low-attenuation, thin composite cables that make use of RUOTA for the differential core.

Heater wires in which resistance wires are wound in a spiral shape around a core filament and insulating treatment is performed with fluorine resin.

Heater wires in which resistance wires are wound in a spiral shape around a core filament and insulating treatment is performed with heat-resistant PVC resin.

Temperature sensor wires in which resistance wires (signal wires) are wound in a spiral shape around a core filament, an additional plastic sensor layer is formed by molding, and then a second layer of resistance wires (signal wires) is wound and insulating treatment is performed with PVC resin.

Heater wires in which resistance wires (heat generating wires) are wound in a spiral shape around a core filament, an additional intermediate layer is formed by molding, and then a second layer of resistance wires (detection wires) is wound and insulating treatment is performed with PVC resin.

Heaters in which heater wires with excellent overall physical properties (insulation, flame resistance, strength, etc.) are processed into the shape of cords or sheets.

Single-line type cord-shaped heaters with pin plugs connected at both ends, and equipped with functions for temperature detection and overheating prevention.

These spring wires are used to suspend lenses in components such as camera modules and optical pickups as well as transmit electrical signals.

Contact probes are wire probes with extremely small diameters, suitable for inspecting electronic components with narrow pitch electrodes.

Ideal for use as wiring materials in various types of precision devices. Their extremely small diameters and high straightness allow them to improve wiring workability.

These products are ideal for use as internal wiring of electronic devices.

These products are ideal for high-speed signal transmission compliant with the next-generation high-speed interface standard "V-by-One"^{®(note 1)}US.