In the world of electronics, transistors are fundamental components that enable the control and amplification of electrical signals. Two common types of transistors are Junction Field-Effect transistors (JFET) and Metal-Oxide-Semiconductor Field-Effect transistors (MOSFET), and while both are field-effect transistors, they possess distinct characteristics suited for different applications. In this blog, we will explore the differences between JFET and MOSFET transistors, in addition to their unique functionalities to help you determine what is best for your needs. Read more >>

At ASAP Semiconductor, we pride ourselves on delivering exceptional service and tailored solutions that go above and beyond industry expectations, operating as a recognized distributor for aerospace, aviation, defense, electronic, and IT hardware parts that serve numerous industries. Our commitment to a reliable and streamlined procurement process, coupled with hands-on service, has set us apart in this competitive market. In this blog post, we are excited to share the various ways in which we address project needs through our services, showcasing the solutions we can provide and the qualities that make us a leading option. Read more >>

Semiconductors are substances with electrical properties that allow them to serve as a foundational element in computers and other electronic devices. As they are an ideal medium for controlling electrical current in various appliances, semiconductors typically consist of a solid element that can conduct electricity in some instances, but not in others. Read more >>

The smart manufacturing process is intended to optimize all production process steps and involves the use of sensors, those of which play a vital role in sub-sector logistics involving procurement, production, distribution, and end of life cycles. This article explores a variety of popular sensor types used in different parts of the smart manufacturing process. Read more >>

Photonics is a branch of optics that consists of the generation, detection, and manipulation of light via emission, transmission, modulation, amplification, signal processing, switching, and sensing. Considered a sub-discipline of photonics, optoelectronics encompass a field of study and application of light-emitting or light-detecting devices. Today, optoelectronics is quickly becoming a fast emerging technology that includes applying electronic devices to source, detect, and control light. Read more >>

A rheostat is a type of variable resistor that, when placed into an electrical circuit, can be utilized to adjust and control the quantity of current flowing around it. It achieves this by varying the resistance on the circuit, without interrupting the power supply. Rheostats are considered a common type of electromechanical variable resistor, meaning that they enable users to vary their ohmic resistance manually when necessary. Read more >>

Working with electricity poses unique threats to both the user and the system in which the electrical circuit operates. From fire hazards to electrocution, there are many reasons why one should exercise precaution when working with electric circuits. As such, there are various protection devices one should understand, those of which detach power supplies  to prevent dangers caused by extreme voltages or currents. For your better knowledge, this blog will cover some of the most common circuit protection devices used to prevent electrical damages. Read more >>

RF (Radio Frequency) connectors, also known as coax connectors, are used with coaxial cables to securely transmit radio frequencies from point-A to point-B. They are found in a wide range of applications including television receivers, two-way radios, Wi-Fi devices with antennas, and scientific measuring instruments. Knowing some basic information about the different types of RF connectors and their common uses can help you decide on the right RF connector for your custom cable assembly. In this article, we will discuss the various types of coax connectors and some important factors to consider. Read more >>

Computers in the modern day are highly advanced, featuring a number of state-of-the-art electronics and IT hardware that make the various capabilities of the system possible. One of the most important inventions for computers was the microprocessor, that of which highly changed how we are able to view, analyze, and manipulate data and information. Microprocessors are often conflated with microcontrollers, those of which are components that were created as a byproduct of microprocessor development. Despite both electronic parts featuring similar names and being present in many of the same systems and devices, they both perform separate and distinct roles. In this blog, we will discuss the microprocessor and microcontroller in more detail, allowing you to better understand how each benefits computers and integrated circuits. Read more >>

Adjusting the brightness of a light, regulating the speed of an electric motor, and controlling the temperature in an industrial heating system are tasks that all rely on efficient and reliable switching of alternating current (AC). Among the various semiconductor devices used for this purpose, the Triode for Alternating Current (TRIAC) stands out for its ability to control power flow in both directions of an AC waveform using a single component. In this blog, readers will gain a comprehensive understanding of TRIACs, including their internal structure, the different types available, the applications they best serve, and common implementation challenges. Read more >>