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Posted on October 26, 2020 John Smith Avionics

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Posted on August 13, 2020 John Smith Avionics

ADS-B technology (Automatic Dependent Surveillance Broadcast) is a rising solution in the world of aircraft control. It combines GPS, satellite, and computer processing capabilities with the goal of gradually phasing out the reliance on radar, a longtime cornerstone of aviation navigation. Instead of traditional radar, the ADS-B system determines its position via satellite navigation and broadcasts it, allowing it to be tracked. The information is received by air traffic control ground stations as a replacement for secondary surveillance radar, as a ground-based interrogation signal is not needed. Read more >>

Posted on July 16, 2020 John Smith Avionics

For any engineer or manufacturer, the concept of “the perfect invention” does not exist because anything that is produced always has the potential to be further improved. This is the kind of mentality that exists among aviation manufacturers, with particular regard to those in the avionics test equipment industry. This sector is an especially stringent one because any new test equipment that is released in the market is expected to have the latest technological advancements, while also possessing the capabilities to test various types of aircraft components, both new and old models. This is just one of many complications that those in the sector face. Below you can read more about some of the challenges encountered by the avionics test equipment industry. Read more >>

Posted on February 10, 2020 John Smith Avionics

A necessity in many industries, pressure transducers measure pressure and create an electrical output proportional to the input. This is done by using variable pressure sensors to measure deflection and resistance and transform that pressure into either a voltage, current or frequency.The sensing element or diaphragm is deflected due to input pressure and moves in relation to a resistor or capacitor plate that then sends an output signal based on the varying tension received by the input pressure. Most types of transducers require an electrical input called an excitation. Transducers typically produce one of three types of output: millivolt (mV), voltage (V), and milliampere (mA). Read more >>

Posted on January 13, 2020 John Smith Avionics


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