Just Connectors Blog

Printed Circuit Board (PCB) relays are integral components within various modern devices and systems. These small yet powerful devices serve as a bridge between different circuits, making them key players across many industries. In this blog, we will explore the basic functions of PCB relays, along with a deeper look into their design and common applications.

Printed Circuit Board (PCB) connectors are very common components in the world of modern electronics, serving as the interface between various electrical components and the PCB itself. They facilitate the necessary connections for the transfer of electrical signals and power, making them indispensable in a wide variety of applications that range from consumer electronics to aerospace systems. In this blog, we will provide a review on the most common types of PCB connectors on the market and how to choose the best fit for your specific needs, ensuring you can achieve optimal performance and reliability with your electronics.

DIN connectors facilitate the seamless transmission of signals across a spectrum of devices, ensuring compatibility and uniformity in the dynamic world of electronic connections. In this blog, we will discuss the design and function of DIN connectors to ensure that you have the knowledge to make optimal purchasing decisions for your needs.

In the world of electronic devices and communication systems, RF connectors play a significant role in ensuring seamless connectivity and signal transmission. These electrical connectors are designed to carry radio frequency signals and are widely used in various industries, including telecommunications, aerospace, military, and consumer electronics. In this blog, we will explore the history, features, and applications of RF connectors, shedding light on their importance in modern-day technology.

Electromechanical relays have long been an essential component in electrical systems, providing reliable and efficient switching capabilities. These relays work by combining the principles of electromagnetism and mechanical action to control the flow of electricity. To gain a deeper understanding of how they operate, we will explore what electromechanical relays are while discussing some of the common types available on the market.

When you are working with computer systems and electronic devices that involve the use of accessories and quick-removal devices like mice, keyboards, external hard drives, and more, it is common to use a connector known as a USB for standard operations. The Universal Serial Bus (USB) is an industry standard for connecting a wide variety of devices to a computer, and several types of USB connectors have been introduced to the market over the years to accommodate different devices. As each has their own specific use and features, we will take a closer look at the most common types so that you have a better understanding of what they do.

Connectors are common electrical components found in a wide variety of applications, allowing for an electrical circuit to be established for the transfer of current. Depending on the electrical assembly in question and the types of signals that are being transported, there are a number of connector types that one may take advantage of. One popularly used variation is the circular connector which features a circular design that ensures optimal operations in a number of settings. In this blog, we will discuss circular connector components in more detail, allowing you to better understand their design and uses.

While electrical lighting has radically changed how we can take advantage of low light hours, it is a technology that has become taken for granted in recent decades. Although lighting is extremely reliable, it can be an issue when a fixture decides to fail. A spent light bulb may be a simple replacement that only takes a matter of moments; however,a failed lamp socket is another story. As replacing a lamp socket is not particularly dangerous nor complex, it can be useful to have an understanding of how the process is carried out, as well as what tools may be needed to get the job done.

Hall Effect sensors are devices which measure the direction and intensity of a magnetic field by way of its interactions with current. The Hall Effect that it observes has been known for hundreds of years, but has only been put to use in the last three decades through these sensors. Although the Hall Effect sensor is a magnetic field sensor, it can be used as the principle component in many other types of sensing devices such as those that measure current, temperature, pressure, and more. Hall Effect sensors are particularly ideal sensors because they are able to detect the voltage of a current without breaking the line to put a meter in. Rather, they can register a magnetic field from a short distance away from the conductive material. As such, they have found a continuous role in many aircraft systems such as keyboard switches, fuel-level indicators, DC transformers, and more.

Modern aircraft are equipped with miles of wires and cables which play a critical role for maintaining safety and connectivity onboard. These include safety wires, steel cables used for securing parts, and electrical lines, among many others. In this blog we will discuss the various wires and cables used on aircraft, and how they benefit the overall security and basic effectiveness of aircraft machinery.