Encoders are electromechanical devices that provide electrical signals for the means of speed and/or position control. More specifically, an encoder turns mechanical motion into an electrical signal that can be used by the control system to monitor specific parameters of any given application, allowing operators to make adjustments as necessary. Some of the parameters that a motor encoder can monitor include speed, distance, RPM, position, and various others. Applications that use encoders or similar monitoring technology to control specific parameters are often called closed-loop feedback or closed-loop control systems. 

The continuous flow of electric current through a wire should be regulated for power distribution. Generally, transistors are key components that are used as amplifiers in regulating electric current from higher to lower levels, as well as for frequency stages, modulators, detectors, the functioning of circuits, and to switch the current from one machine to another. Electrical devices have more than one transistor in their assembly, including low, medium, and high power transistors that are used in different frequencies and voltages. Moreover, their versatility makes them a significant invention in the electrical field. This blog will discuss the different types, applications, and construction of transistors.

A printed circuit board (PCB) is a flat structure across which a circuit of electricity is conducted. PCBs generally use conductive pathways and traces created by metal sheets that allow for advanced functions to be made possible in aerospace technology. For example, NASA’s Space Shuttle designs now rely on entirely computerized phases of missions, all of which are controlled by PCBs. Since they play such a vital role in technology today, it is important to understand how PCBs operate and abide by specific rules to ensure proper operation.

Patch cords make up the housing and terminals that surround fiber optics, allowing them to transmit data safely and effectively. Their several designs allow for diverse network and cable management configurations. With several options available for purchase, it is important to understand the different types available. In this blog, we will discuss the specifications and applications of some of the most widely used fiber optic patch cords.

Liquid crystal displays (LCDs) are truly ubiquitous and have helped transition our society into an advanced digital age. The displays make up the faces of many popular consumable electronic devices, including TVs, watches, computer monitors, instrument panels, and more. If you have ever been interested in how these screens produce beautiful images, this blog will tell you everything you need to know about LCDs.

A crystal oscillator is a component that is capable of generating an electric signal through the use of a frequency, often being employed for the mechanical resonance of a vibrating crystal of piezoelectric material. Found in applications ranging from wristwatches to digital integrated circuit assemblies, crystal oscillators may be used for maintaining timing, providing a stable clock signal, and more. In this blog, we will discuss crystal oscillators and their functionality, allowing you to better understand their common uses in diverse settings.

Solenoids are basic segments that can be utilized for different applications. The name solenoid is derived from the Greek word "Solen" which implies a channel or a funnel. Solenoids are utilized in both household and mechanical supplies, they are accessible in different plans, every one of them has their own particular applications. In its basic form, a solenoid is a long bit of wire which is twisted looking like a loop. At the point when the electric flow goes through the loop it makes a generally uniform attractive field inside the curl. The solenoid can make an attractive field from electric flow and this attractive field can be utilized to create a straight movement with the assistance of a metal center. This basic gadget can be utilized as an electromagnet, as an inductor or as a scaled down remote accepting reception apparatus in a circuit.