Aerospace Simplified Blog

If you have any experience with electronic device design, you're likely aware of the importance of heat sinks. If not, it is critical to understand where heat comes from at the board level. In an electronic device, electricity doesn't always flow through the various components at a steady rate. Instead, it often meets several elements that produce resistance, and as this occurs, the excess energy is released in the form of heat. Since personal computers and other devices constantly move electricity around, they are capable of generating substantial amounts of heat, which could potentially damage associated components. To prevent this, designers incorporate heat sinks, which are specialized components used to keep the device cool.

An RF signal, or radio frequency signal, is one that is transmitted as a radio wave with a frequency between the range of 20 kHz to 300 GHz. RF signals are the backbone of countless communication applications and some medicinal equipment, and they may also serve various measurement operations as well. Despite their importance, RF signals have the chance of being reflected back from open-ended or unused ports, potentially posing an issue for some applications and processes. To prevent such problems from occurring, RF terminators are used.

Bushings are much more than a component used for standard cars, they can be used in various wheel assemblies or suspension systems. In fact, bushings are even used in many mechanisms that make up an airplane.

Unlike conventional automobiles with combustion engines that have long supported driving operations, electric vehicles take advantage of powerful lithium batteries that supply the energy and power necessary for standard operations. For a lithium battery to optimally supply automobile systems with the correct range of voltage and current, they utilize what is known as a battery management system (BMS). In this blog, we will discuss battery management systems and their functionalities, allowing you to better understand their importance for EVs.

When one is connecting various electrical systems and wires together, it is crucial that optimal organization is upheld for ease of maintenance, the rapid replacement of parts, and increased safety. One of the most widely practiced methods of interconnecting two or more wires is to use a terminal block, that of which is a connector capable of clamping conducting strips for the organization of wiring. As a terminal block can allow for multiple outgoing wires to join together with a singular incoming wire, such components can be highly useful. In this blog, we will discuss the functionality of terminal blocks, their most common types, and their applications for the benefit of your part procural needs.

Across countless industries, fasteners are components that are regularly used for assembling various materials. Ranging in use from the construction of a chair to the assembly of a commercial aircraft, over 300 billion fasteners find use in the United States each year. Threaded fasteners, in particular, are those with internal or external threads, allowing for the rapid assembly of materials that are secured after installation. As there are various types of threaded fasteners, each of which serve different roles, it can be beneficial to have a basic understanding of the most common ones.

Printed Circuit Boards (PCBs) are an essential part of almost all electrical, electronic, and electromechanical devices and gadgets. They are typically made of various materials such as high performance FR4, plastic, fiberglass, copper, etc., depending on what your application requires. In some cases, certain applications have specific end-goals in mind, which means the printed circuit boards are designed using specialized electrical, thermal, or mechanical materials.

Hydraulic equipment and tools function through the use of enclosed fluids placed under pressure, allowing for a great amount of force to be transferred equally and with ease. As pressure is paramount to standard operations, such systems require the use of pressure gauge parts that enable one to monitor such values. Hydraulic pressure gauge parts are crucial to the safe and efficient operations of countless systems, tools, and equipment pieces, assisting operators in preventing over- or under-pressure conditions that may present hazards to individuals or equipment.

Within an HVAC system or device involving the flow of air, it can be very beneficial to have control over the free flow of air for various processes. Dampers and louvres are two common components that are found within such systems, both of which permit management over airflow for different purposes. Despite sharing similarities in their use of exterior frames, horizontal blades, and wall placement, each component plays a different role in the overall operations of ventilation systems. In this blog, we will provide a brief overview of dampers and louvres, allowing you to better understand the purposes they serve for HVAC systems and similar apparatuses as well as how they differ from one another.

It is safe to say that without proper lubrication, there is no doubt that an engine, or any other piece of machinery, can expire quickly. As machines are constantly in motion to produce a desired outcome, objects within an engine that are perpetually in motion or prone to frequent abuse require lubrication. Ranging in varying chemical compounds and viscosity levels, choosing the right type of lubricant can help ensure superior part performance, longevity, and reliability.