A circuit breaker is an electro-mechanical device used to protect electrical circuits from overloads. They are used to protect the wiring in circuits from the risk of fire due to currents exceeding the rated capacity of the circuit. Circuit breakers employ switches that open automatically when excess currents are detected and require manual resetting. Circuit breakers are generally rated based on the amount of current that can be safely carried by the circuit being protected by the breaker. In this blog, we will take a look at the most common types of circuit breakers and their unique characteristics.
Fiber optic connectors make repeatable connections possible and are therefore generally used where flexibility is needed at termination points when an optical signal is routed. Examples of this include connections from receivers to equipment pigtails, normal termination, or when re-configuring systems. Fiber optic connector’s repeatable connections make it easy to meet changing requirements and simplify system reconfigurations. In this blog, we will discuss eight of the most common types of fiber optic connectors and their unique characteristics.
Computers are technological marvels that have radically changed our society, allowing for individuals to create, store, and share data quickly and easily while communicating with others across the globe. From personal entertainment to daily business interactions, computers have become an essential component to many of our lives. For a computer to operate and achieve its various capabilities, it requires various types of computer memory. As memory devices can come in many forms, each providing their own uses and characteristics, it can be useful to understand the differences between common types of computer memory.
An actuator is a machine component responsible for moving and controlling a mechanism or system by opening a valve or carrying out a similar function. In essence, an actuator is a ‘mover.’ To function, an actuator requires a control signal and a source of energy. The control signal can be electric voltage or current, pneumatic or hydraulic fluid pressure, or even human power, and is relatively low energy. An actuator's energy sources can be electric current, hydraulic pressure, or pneumatic pressure. Upon reception of a control signal, the actuator responds by converting this energy into mechanical motion.
Keeping aircraft in good shape is a critical aspect of ensuring safe flight. As such, aircraft technicians and maintenance crews play a vital role. Their services, which include things like aircraft conservation and repair, require them to have a wealth of knowledge and experience in their work, including the tools used throughout the aircraft repair process. The maintenance process not only requires attention to detail and accuracy, but also the most advanced maintenance tools. In an industry as cutting-edge as aviation, aircraft mechanics have access to some of the highest quality equipment to perform maintenance work with. This blog will cover the seven most essential tools used in aircraft maintenance.
Subscribe to our Newsletter and stay tuned.
We Hope You'll Remember Us the Next Time You’re Looking for NSN Parts.Request for Quote