The beauty of switches lies in their simplicity — they’re able to turn an ordinary experience into something extraordinary with the push of a button. But what is an electromechanical switch and what are some examples of how various switch products are used?
Have you heard of the term “make or break?” Wait, or is it “make before break?” Or maybe “break before make?” What about “shorting vs non-shorting?” Let’s take it one step at a time.
Atria Technologies is now an Authorized Representative of E-Switch, covering Australia and New Zealand.
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One of E-Switch’s customers in the sustainable energy market needed emergency stop switches incorporated into new solar panel installations. Read our customer success story to find out how we helped them with our E100 Series e-stop, pushbutton switch.
If you’re looking at an electromechanical switch data sheet, you’ll quickly encounter specifications for the switch’s contact resistance and insulation resistance. But what do these terms mean and what’s the difference between the two?
Magnetic reed switches are typically used in applications where position detection or sensing is required, such as the opening or closing of a door, but how do they operate?
Paris 2024 is at the forefront of technological advancements in broadcast coverage, promising to reshape the world of athletics for spectators and competitors. Let’s take a look at the latest and greatest advancements and identify what switch technology is used at the 2024 Olympic Games.
Alternating current and direct current power are types of electric current that have different characteristics suitable for different applications. In this blog, we’ll learn the math behind AC to DC power conversion.
West Electronic Solutions is now an Authorized Representative of E-Switch, covering Arizona, New Mexico and Southern Nevada.
To celebrate our 45th anniversary, we’re taking time to highlight our beginnings, showcase our growth and shine a light on the great things still to come. Now let’s take a trip down memory lane!
If you’re looking to learn more about electricity and how circuits function, a basic understanding of the differences between voltage, current and resistance is fundamental.