Power cables are solid or stranded conductors surrounded by insulation, shielding, and a protective jacket.  These cables are designed for high voltages (>600 V

High voltage relays are used to transfer power for high voltage and high frequency applications. They are heavily insulated and consist of strong materials to increase contact life

Flat cables are typically used in computers for internal connections to peripherals. They are also referred to as ribbon cables

High voltage connectors are used in applications that require the transfer of high voltage signals

Electrical conduits and fittings are lengths of solid tubing used to house, protect, and cover electrical wiring and cables in power distribution systems

Multiconductor cables contain two or more conductors, each of which consists of a single wire or combination of wires. Cable shielding is placed around an insulated conductor or group of conductors to prevent electrostatic or electromagnetic interference between the enclosed wires and external fields

The cable assembly may be used for various computer applications like connecting mice, keyboards, printers, modems or other peripheral devices

Industrial network cables are used in industrial applications such as automation, control and data acquisition

Wire and cable harness accessories are used to bundle, clip, clamp, label, guide, and protect wires and cables

Wiring ducts are rigid trays typically used as raceways for cables and wires within electrical enclosures

Cable glands are typically single-cable bulkhead modules that allow barrier penetration while providing sealing and strain relief. 

Cable testers are handheld or benchtop electronic devices that measure the electrical and physical properties of network cabling

Voltage-to-frequency converters accept a voltage signal and convert its analog level to a signal with a corresponding frequency

Coil heaters and cable heaters are heating elements formed from straight (uncoiled) segments of round or square heating cable

Voltage converters and voltage inverters accept voltage input and provide a scaled voltage output. Conversion types include scaling up a low-level signal, voltage doubling, and inversion (converting a positive voltage to negative and vice versa