Automated Procurement Blogs

Electrical connectors are integral components of modern technology, linking various devices and systems to enable power, data, and signal transfer. These connectors come in various shapes and sizes, each being designed for a specific purpose. In this blog, we will explore different types of electrical connectors, including USB, power, audio, video, data, and RF variations.

Accelerometers and gyroscopes are two fundamental electromechanical sensors, each serving distinct roles in critical applications across a wide spectrum of technologies ranging from mobile devices to flight control systems. Understanding the key differences between accelerometers and gyroscopes is essential for grasping their unique functionalities and applications, and we encourage you to read on as we tackle this subject.

In the realm of electrical control systems, precision timing is of utmost importance. As such, the advent of time delay relays has been an asset to a wide range of electrical circuits. To better understand how they work, we will delve into their types and advantages, ensuring that you find the right time delay relay for your particular demands.

Hose clamps are a widely used assembly component, often finding use in plumbing, automotive, agricultural, and industrial settings where they secure hoses. These simple yet versatile devices have been prevalent for numerous decades, and they provide a proven and effective method of preventing hose failures that result from slipping, leaking, and other similar issues. While hose clamps are able to secure hoses over a fitting, they also act as a fluid seal and hose connection stabilizer. In this blog, we will discuss some of the most common forms of hose clamps on the market, ensuring you have a good idea of your options before making a purchasing decision.

A PCB, or a printed circuit board, is an electronic assembly that utilizes copper conductors to establish electrical connections between components. PCBs provide mechanical support for electronic parts so a device may be mounted inside of an enclosure, and their design includes steps that align with their manufacturing process, integrated circuit packaging, and structure of the bare circuit board. A subject of concern for designers is figuring out how to supply devices with signal and power so that they do not interfere with functional goals like portability, wearability, and/or size. There are many options available for connectors that perform these functions, including PCB terminal blocks and headers, which are often utilized in medical device applications. As such, device designers must bring into consideration how a PCB will connect inside a particular device. In markets such as industrial automation, building automation, and medical devices, complex units typically feature multiple circuit boards within their end products.

As automobiles of all types become increasingly electric, they require more connectors for the means of routing signals through their electrical systems. With the introduction of microprocessor controlled systems, automobiles have begun to take advantage of reliable wiring and electrical connectors, those of which handle any power, data, or audiovisual transfer. As finding automotive connectors with the right current rating, circuit density, voltage, configuration, and bonding force is essential for proper operations, we will discuss the most common fundamentals and connector types to be aware of.