An SCSI, or Small Computer System Interface, is a form of standard electronic interface developed by American National Standards Institute, and they are utilized by personal computers for the means of communicating with a variety of peripheral hardware. As such, SCSIs ensure that a computer may work with hard drives, tape drives, printers, scanners, CD-ROM drives, and other devices with increased speed and flexibility when compared with older forms of parallel data transfer interfaces. To help you understand how this technology functions and what types of computer systems benefit from SCSIs, we will discuss them in more detail below.

For countless environments, vehicles, and systems, having the ability to detect the presence of a fire or flames is paramount for upholding safety. For a stark majority of fire detection technology, the detection of a fire is made possible through the detection of heat, particulate matter from smoke, or light from the flame. Depending on the application, certain methods of detection may not be optimal, such as detecting flame heat when hot pipes are present or detecting particle matter when other environmental substances are present. Flame sensors or flame detectors are an extremely advantageous option, capable of detecting flames in less than a second through optical means.

Soldering is a process in which two or more objects are joined together by melting and placing a filler metal in a joint. It is the preferred method for securing copper pipes in plumbing or assembling electrical components in printed circuit boards (PCBs). While soldering is a strong and reliable way of joining materials together, it is not a permanent fix. In the case that you want to remove or disconnect a joint, you can simply desolder the soldered joint.

Losing power due to an unforeseen occurrence can affect countless industries, often resulting in a loss of production, revenue, and even life. As such, businesses and industries implement backup generators which serve to ensure that operations may continue even through emergencies. These backup generators are not always perfect, however, and they can fail if not maintained or used properly. As having backup generators onsite for fall-back is crucial for many, it is imperative that operators and facilities are well aware of load bank testing.

Within the realm of electronics, potting refers to the manufacturing procedure of filling an electronic assembly with either a solid or gelatinous compound. Potting compounds serve many roles, aiding high voltage assemblies with shock resistance, vibration resistance, mitigation of gaseous phenomena, and protection from moisture, water, and corrosive materials. With the ability to support sensitive components while also protecting the assembly from physical and chemical damage, potting compounds are a crucial part of electronic manufacturing. In this blog, we will discuss some of the most common potting compound types, allowing you to best understand their uses and importance.

With the use of internal combustion engines and their ability to ignite fuel-and-air mixtures, aircraft can achieve the pressure and force necessary to drive systems and create propulsion for the means of flight. To efficiently burn fuel-and-air mixtures at a proper rate, the ignition systems of general aviation aircraft often utilize what is known as a magneto. As one of the oldest components of general aviation, the magneto is capable of independently producing high voltages that serve to provide engine ignition through the use of spark plugs. To ensure that there is redundancy in the ignition system for the means of safety, many aircraft will have a dual magneto system, meaning that all magnetos and spark plugs are duplicated.

The magneto is one of the oldest components of general aviation, and it is an engine driven electrical generator that takes advantage of permanent magnets and coils in order to generate high voltage for firing the spark plugs of aircraft engines. Aircraft magneto devices are regularly found within piston aircraft engines due to their simplistic design and reliable operation, and they require no external source of power for their functionality. As a standard device that has long served aviation, understanding the functionality of the aircraft magneto is important for any pilot or aircraft engineer utilizing such equipment.

A capacitor is a type of electronic component that is capable of storing energy in the form of an electric field. As a passive component that features two terminals, capacitors are regularly implemented within circuits to add capacitance. With a variety of types existing across the market, capacitors can benefit a range of applications including energy storage, power conditioning, suppression and coupling, digital memory, and much more. To best understand what capacitors are and how they may be used for a particular system, it can be helpful to be aware of the most common types and their functionalities.

When constructing electronic equipment, resistors serve as components that provide electrical resistance. With their ability to adjust signal levels, reduce current flow, divide voltages, and more, resistors assist in operations and further ensure equipment protection from volatile current. As a common aspect of electrical networks, resistors may come in a variety of types in order to accommodate different system needs. In this blog, we will discuss the various common resistor components, allowing you to better understand their uses and applications.

Rebuild and overhaul are two terms frequently used to describe the condition of an aircraft part. In fact, the two are often used interchangeably. Because of this, people see rebuilt parts and overhauled parts as the same, and find themselves wondering why rebuilt units cost more. However, the truth of the matter is that rebuilt and overhauled parts are different, and refer to different levels of work performed. If a part is ‘overhauled,’ it means that it has been completely disassembled, examined, and parts have been replaced as necessary according to the manufacturer’s overhaul manual. If a part is ‘rebuilt’ it means that the part has been brought back to factory new conditions as per the manufacturer.