Electrical Components Manufacturers
Electrical components, also commonly referred to as electronic components, are parts that are capable of controlling or modifying voltages or currents without mechanical or other non-electrical means. The two main categories of electrical components are active components, such as transistors and integrated circuits, and passive components, such as resistors and capacitors. The main difference between the two types of electric components is that while active electrical components require electricity to enable operation, passive electrical components do not. Since both types are used in such a wide range of applications, electronic component suppliers are essential to industries such as: automotive and aviation, which utilize electrical connectors, wire, cable and other electrical parts and supplies; industrial manufacturing, for use in machinery requiring electric transformers, power supplies and electrical switches; medical, that utilizes devices such as implantable sensors and low current amplifiers. Electrical components are formed from a variety of different conductive materials including copper, silver and aluminum.
Categories Related to Electrical Components
Types of Electrical Components:
Ceramic products are ideal for a number of industries and ceramics will often outperform metal products based upon the application. Ceramic manufacturing is a broad term for creating items from inorganic, non-metallic materials. Ceramics are known for their heat resistant and chemical resistant capabilities. There are many different industries which utilize ceramic products including: Aerospace, Biomedical, Electronics, Food Processing, Military, Mining, Optical, Automotive and more.
Electric Coils come in a variety of configurations and these items are typically designed from conductive metals such as copper and aluminum. These coils are used for transferring heat, sound or electricity and manufacturers can customize the electric coils to meet the specific requirements of an application. Electric coil types range from choke coils, encapsulated coils, high voltage coils, ignition coils, impregnated coils, induction, magnetic coils, molded coils, solenoid coils, tape wrapped coils, toroidal coils, transformer coils and various other styles.
Electric heaters are devices that use electrical energy to create heat. Heat is a very important part of many manufacturing processes and many electric heaters can be designed to provide controlled localized heat. Air heaters are typically installed with a fan system to offer heat in a large setting while cartridge heaters are incorporated into machinery to heat a smaller area. Immersion heaters are specialized heaters that can be immersed into liquids and solids and still properly function.
These items are used for transferring electrical energy between multiple circuits by means of a process called electromagnetic induction. The energy is sent out from a source such as a power plant where the energy is transformed into a high voltage state for transportation and when the electricity reaches another transformer the energy is transformed or “stepped down” into a more usable state. Most electric transformers are isolation transformers due to the fact they transmit electricity through induction.
Electronic enclosures are utilized to protect electronic equipment from damage, unwanted contamination and interference. Electronic enclosures are generally manufactured from plastic, stainless steel, carbon steel and aluminum. These devices come in many configurations such as cabinets or boxes. One major benefit of electronic enclosures is their ability to prevent electromagnetic singles from disrupting the components inside the enclosure.
EMI shielding is a term used for product that protects electronic equipment from electromagnetic interference. EMI protection encompasses many products such as filters, gaskets, enclosures and coatings. The term RFI shielding refers to the electromagnetic “noise” that travels through radio waves and RF absorbers are radar absorbers that absorb magnetic energy from RFI waves before the interface reaches equipment. EMF shielding refers to shielding that protects equipment from electromagnetic fields.
Magnets are divided into two categories: non-permanent and permanent. Non-permanent magnets are electromagnets that require an outside power source to activate the magnet while a permanent magnet is an object that has a persistent magnetic field. Both permanent magnets and non-permanent magnets are used in many industries including: automotive, aerospace, electronics and biomedical. Neodymium magnets are unique magnets that are composed of neodymium, iron and boron. Ceramic magnets are made of strontium carbonate and iron oxide and these items are relatively inexpensive with non-corroding benefits.
Membrane switches are electric switches that are used to turn on and off electric circuits. These switches will typically have four or more layers. The first layer is the graphic interface which users use to communicate with the machine. Another important layer is a printed circuit and all of the layers are generally assembled together with adhesives that are pressure-sensitive. Membrane switches have a low profile and very easy to maintain.
Power cords are used to transfer alternating electrical currents (AC) or direct electrical currents (DC) and these items are constructed from highly conductive materials such as copper. This copper is insulated by protective materials such as plastic outer jackets. There are many factors involved with the capabilities of a particular power cord. These factors include duration of use, voltage required, environmental conditions and more.