Semiconductor inspection devices, part inspection

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.

High Performance Coaxial Cables with exceptionally stable characteristic impedance, and outstanding mechanical strength and flexibility, perfectly suited to semiconductor measurement and inspection.

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.

Maximum continuous usage temperature: 150ºC

ETFE insulated wires have excellent electrical and mechanical characteristic, and thermal and chemical resistance. They are suitable for wiring in electronic equipment which has a tendency to build up and retain heat, and in environments where they will be exposed to oil or chemicals, such as in chemical plants or for application in industrial robots.

Maximum continuous usage temperature: 200ºC

FEP insulated wires have excellent electrical and mechanical characteristic, and extremely high thermal, cold, and chemical resistance. They are particularly well-suited to use in high-temperature environments such as near furnaces or engines. They can also be used in extremely low-temperature environments or environments with exposure to chemicals such as chemical plants.

Maximum continuous usage temperature: 250ºC

PFA insulated wires have excellent electrical and mechanical characteristic, and extremely high thermal, cold, and chemical resistance. They are particularly well-suited to use as wiring in high-temperature environments such as near furnaces or engines, and in environments with exposure to chemicals such as chemical plants.

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.

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

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.