A type of measuring device, multimeters are essential tools for electronics, especially so in regard to the electronics industry. Used to measure the electrical properties of tools and wiring, including industrial-strength equipment, multimeters are used to measure resistance, voltage, and current. As multimeters are used to measure a plethora of parameters, they must be compatible with the device they intend to read to ensure accurate results. Coming in various types to suit numerous electrical properties, we will discuss common multimeter options to choose from and how they can be best applied for your measurements.


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Sensors are a device that is capable of detecting events and changes in a given space, relaying such data to other electronics for the means of data recording, actuation, and more. Sensors can be found in countless applications and industries, ranging from simple elevator button sensors that detect a push to airspeed sensors that ensure aircraft pilots can monitor the vehicle’s forward moving speed. While a plethora of sensor types are available to cater to varying needs, all can be categorized into a select few types. In this blog, we will provide an overview of some of the most common sensor categories, allowing you to better understand the various roles that such devices can serve.


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Proximity sensors are a modern technology that allows for nearby objects to be detected without any physical contact being established. In order to detect various objects, proximity sensors will often utilize the emission of an electromagnetic field or electromagnetic radiation so that any changes may be detected when the return signal is received. When discussing the object sensed by the sensor, it is referred to as the proximity sensor’s target. Depending upon the design and implementation of such technology, various applications may benefit from the use of a proximity detector or sensor. In this blog, we will discuss the common types of proximity sensors, allowing you to better understand their uses and functionalities.


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An amplifier, or amp, is a type of device that is implemented within electronics for the means of bolstering signal power. As a two-port electric circuit, the amplifier utilizes electric power provided by a power supply in order to increase a signal’s amplitude at the output terminals. The amount of amplification that may be achieved by an amplifier is referred to as its gain, that of which is the ratio of the output voltage, current, or power to the input. In this blog, we will discuss the most common amplifier types, allowing you to understand their uses and functionalities.


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A variable resistor is a resistor with a resistance value that can be adjusted. Essentially, variable resistors are electromechanical transducers that normally work by sliding a contact over a resistive element. When a variable resistor is used as a potential divider by using three terminals, it is called a potentiometer. When only two terminals are used, it is known as a rheostat and functions as a variable resistance. There are also electronically controlled variable resistors, which can be controlled electronically instead of by mechanical action. In these cases, the resistor is called a digital potentiometer. In this blog, we will discuss potentiometers, rheostats, digital potentiometers, and their functions.


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Although integrated circuits (IC) sit atop the world of electronics, the transistors within them do the bulk of the work. Within each IC are millions of transistors constantly switching on and off to allow the IC to complete its functions. Even if just one of the many transistors were to stop working, the IC could lose some or all of its capabilities.


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Sensors are among the most critical parts of many devices and systems. When it comes to analyzing physical or environmental conditions, temperature is among the most important parameters. As such, when designing an electronic device or system that requires temperature measurement, designers have many options to select from. Two of the most common temperature-sensing technologies, which offer features and functionality for a wide range of uses, are negative temperature coefficient (NTC) thermistors, and resistance temperature detectors (RTD).


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When managing an electrical circuit, resistors are components that serve to reduce current flow and adjust signal levels in order to further the safe and efficient distribution of power. Depending on the application that needs a resistor and its presented electrical ratings, a variety of resistor types and materials may be used in order to achieve varying operations and resistances. As one of the primary materials for manufacturing, carbon can allow for a number of robust resistors to efficiently manage the current loads of many different electrical systems.


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For many, circular connectors have become a go-to solution for automation systems because of their benefits over hardwired systems. Circular connectors are easy to use, compact in size, adaptable, and rugged enough for outdoor use. One particularly popular type of connector is the M23 connector.


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For many, circular connectors have become a go-to solution for automation systems because of their benefits over hardwired systems. Circular connectors are easy to use, compact in size, adaptable, and rugged enough for outdoor use. One particularly popular type of connector is the M23 connector.


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