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When it comes to the safety and functionality of electrical systems, circuit breakers play a crucial role. These unassuming devices, often compared to switches, are silent guardians of electrical networks across the globe. 

A fiber optic cable is a type of network cable that is made of one or more thin, flexible fibers that have a glass core that light can be sent through with very little loss to illumination. As such, they can be used as a communication pathway between two devices, turning the simple output of light versus dark into complex messages that can traverse long distances at alarming speeds. For this reason, homes and businesses often use fiber optic technology as part of their high-speed internet connection network. 

A motor controller is a group of devices that control the performance of an electric motor based on predetermined settings. Sometimes called governors, they have several functions including automatic & manual starting or stopping of a motor, setting forward or reversing the course of rotation, choosing and monitoring the speed of rotation, controlling & regulating torque, and protecting the motor from electrical overloads.

In the electronics industry, a switch is a type of device that functions to establish or break a circuit. As such, they serve as one of the most commonly implemented electronic components within electrical systems. With their simple functionality of switching between an ON state with closed contacts and an OFF state with open contacts, switches can work together with various components in order to carry out complex procedures and operations. With all switch types, they are either mechanical or electrical, meaning that they are either operated physically or through semiconductor action. In this blog, we will provide a short overview of the primary switch types, allowing you to know what is the best fit for your needs.

When installing an electrical system and wiring within a building or apparatus, the implementation of circuit protection is crucial for the safety of appliances and individuals. This is because electricity is extremely volatile, and it can damage sensitive components and present a danger to others if left unchecked. Electronic fuses and circuit breakers are electrical protection devices that are commonly used for electronic circuits of all types, interrupting the flow of electricity as needed to prevent dangerous overloads.

Electrical connectors are used as a type of electro-mechanical trigger that serves to combine electrical circuits. This mesh of electrical circuits acts as a connector and interface and it is achieved by the use of mechanical assembly. These connectors are made up of jacks, those of which have a male end and plugs with a female end. The electrical connectors are a crucial component because they can be utilized alongside an adapter for a short term solution as well as a permanent solution. For more information on electrical connectors, read on below.

Currently, many aircraft systems rely on hydraulic, pneumatic, and other mechanical forms of systems, though this trend is currently changing as newer technological capabilities progress. With the advancing technologies and benefits of the aircraft electrical system, aircraft design is shifting to favor electronic equipment over traditional mechanical systems. Aircraft electrical systems can save an aircraft weight and reduce expenditures across various segments, making them desirable. The aircraft electrical system operates to generate and distribute power throughout an aircraft, providing power for various systems, instruments, and components. Electronic equipment and systems may feature AC or DC power, and understanding these types and their functionalities can help one in designing aircraft and their electrical systems.

Optoelectronic devices deal with light, and they function to control, detect, or generate it. These devices serve many various applications across different segments and are a rapidly expanding field of technology. Light that optoelectronics are concerned with include visible, infrared, gamma, x-ray, and ultraviolet (UV). Often, these optoelectronic devices will use detected light as a way to transform light signals into electrical signals for various processes or functionalities. In this blog, we will discuss the principles of optoelectronics, common examples of such devices, as well as their advantages and disadvantages.

There are numerous different types of pressure sensing devices, with names that can be confusing to the uninformed and uninitiated. All of these terms are specific to variable capacitive sensing technologies, which handle the detection and measurement of fluid pressure through the change in voltage across a capacitor. Variable capacitance is used in applications that need an extremely high degree of accuracy, like engine test stands and pressure decay leak detection. The most common terms are sensors, transducers, transmitters, and switches, which we will explore in this blog.

Many applications and devices need to switch currents with high isolation, or require the ability to switch high voltages and high currents with a low power control signal. Sometimes, a solution based on semiconductors simply isn’t enough. Designers sometimes have to utilize electromechanical relays and contactors to provide the control they need.

Light-emitting diodes (LEDs) are currently the most efficient light bulb on the market, often out-performing formerly popular compact fluorescent lamps (CFLs) and incandescent bulbs. The lights have the potential to create a more sustainable future for energy in the United States. It is estimated that if every American replaced one conventional light bulb with an LED, the energy savings would be equivalent to removing the greenhouse gas emissions of 800,000 cars. Let’s take a look at the history of LEDs, and how their technology has the capacity to change power consumption in the United States.