In Sam Raimi’s Spider-Man 2 (2004), Otto Octavius (the character later known as antagonist Doc Ock), has the goal of successfully harnessing the power of a nuclear fusion reactor. He excitedly proclaims “the power of the sun, in the palm of my hand!“- though the uncontrollable reactor ends up causing many more problems than it solves.Continue reading “The Historic Achievement of Fusion Ignition”
1 + 1 = 1. While this statement would be false when discussing the real numbers of ordinary algebraic concepts, It makes perfect sense in the context of Boolean Algebra. This mathematical concept is most practically applied when simplifying logic circuits. When the function of a logic circuit can be translated into Boolean form, then the resulting equation can be simplified by applying certain algebraic rules- allowing a circuit with fewer components to perform the same function.Continue reading “Simplifying Circuits with Boolean Algebra”
Even the most well maintained systems will encounter issues every now and again. When the unexpected happens, the last thing you want is to jump through hoops to get a repair- which is why Apex Waves is making it even easier to request a return merchandise authorization form. In this post, we will go over how to utilize the new Apex Waves online request form and answer some common questions about the RMA process.
In August 2022, Jason M. Allen won first place at the Colorado State Fair Fine Arts Competition. The category for his submission was “digital arts/digitally manipulated photography”. Normally this award wouldn’t make national news headlines, but the prize-winning image was controversial in its creation. Allen used the AI image generator Midjourney as the base to create his piece, leading to a divisive debate: are AI images truly art, owned by the artist? Are these AI generators another artistic tool, or are they just the product of randomized computer code?Continue reading “Are AI Images Real Art?”
With a potential Q3 release from NI, LabVIEW 2022 is a highly anticipated release. With the drop of their project roadmap in March of this year, NI has outlined their current product plans and their expected trajectory for different capabilities. While the roadmap does not detail many specifics as the plans are subject to change, it does give an overview of what we can expect from the software within the categories of project management, interoperability, system support, and UI experience.
This guide will cover how-to setup Site Master: Measurement Type, Frequency, Amplitude, Markers, Limit Line, and DTF.
Anritsu’s handheld cable, antenna, and spectrum analyzer family, known as the Site Master series is designed for engineer’s in-field measurements.
This brief, basic guide will review some measurement setups involving the following models: S331E, S332E, S361E, and S362E.
There are many different types of amplifiers. The first type to be discussed is operational amplifiers. These are also known as op-amps. Op-amps are integrated circuits where the chip contains the transistors of the stages and resistors and capacitors as well. An op-amp is a differential amplifier on a chip, in which most points in the circuit are accessible through terminal connections. The terminals can be linked, so different parts or all of the differential amplifier can be used for different functions. Since both stages of the differential amplifier produce opposite outputs, either stage can be used as an inverting or noninverting amplifier. Since the first stage feeds the second stage as an emitter follower, the emitter follower output can be used. It can be used with one or two inputs, or one or two differential or emitter-follower outputs. If external resistors for feedback or stabilization are added, the op-amp can also function as oscillators, gates, counters, and various others. Op-amps are used extensively in digital meters.
Displaying readings on an analog scale, where the digital characters are printed on the scale in the different locations that the pointer swings is not an issue. But, putting digits on a digital readout where different digits must share the same location, is more difficult. Three ways have been used: the solid character, the dot matrix, and the bar segments. The solid character can be the most pleasing way of displaying digits, but it is problematic since they must all share the same space. This was the way the servo wheels worked, and electrically, it was done with Nixie tubes. These used ten transparent in-line wafers enclosed in neon gas. Each wafer had electrodes in the shape of numerals, which glowed when the wafer was electrified. Although the unused wafers were still discernible while one wafer glowed, it was tolerable. The Nixie tube was used for years and can still be found on special equipment. However, this method is costly and the tubes are fragile.
One of the probe types that can be used with an oscilloscope is a passive-voltage probe. The simplest passive-voltage probe is a coaxial cable. But what happens when a coaxial cable is linked to the device under test? A schematic diagram of the test arrangement is given in Fig. 4.1. The device under test is symbolized as a signal source with an internal source resistance Rs.
Fiber optics use hair-like glass fibers to cany modulated light to transmit signals over distances. Light signal systems use simpler equipment, less energy, and are less prone to interference. The glass fiber has a clear core to carry the light and a cladding that is highly reflective, as well as a protective coating. Light beamed into the core is reflected from side to side to keep it moving down the core. An electronic signal, such as a telephone signal, is converted to a light beam by a light generator, which can be a light-emitting diode (LED) or a laser diode. The light is transmitted down the fiber through various optical connectors, jumpers, patch panels, etc., and is picked up at the receiving end by a photodetector that converts it back to an electronic signal. Long cable runs use weld-like splices. Clear optical continuity is needed for light transmission.