Flux AI: electrical engineering

electrical engineering Flux Artworks

Close-up image of a striped electrical resistor on a green circuit board. The background features intricate circuit patterns with silver and gold details.
2 images

Close-up Macro Image of an Electrical Resistor on a Circuit Board

Technology
components
Close-up
Image representing electric current flowing through a wire. Show a close-up view with a bright spark at the tip of the wire. Include electric blue colors and vibrant lighting effects to capture the energy.
2 images

Dynamic Electric Current Illustration Through a Wire with Spark Effects

electric current
Close-up
electric wire
Schematic diagram of a DC electrical circuit showing a voltage source, resistors, a voltmeter, and an ammeter in a combination of series and parallel connections.
2 images

Detailed DC Circuit Diagram with Voltage Source, Resistors, Voltmeter, and Ammeter in Arabic Context

Battery Circuit
electrical engineering
circuit components
Close-up of a green printed circuit board. Features various electronic components including resistors capacitors and a microcontroller. Bias lighting highlights the intricate details of the design. Overhead perspective provides a clear view.
2 images

Detailed Close-up of a Green Circuit Board with Electronic Components and Resistors

Technology
green circuit board
circuit analysis
A detailed image of an Electrolite capacitor showing four terminals. The capacitor has identification markings and a clean design suitable for electronics applications.
2 images

Electrolite Capacitor HD1160T9 - High Performance Energy Storage Solution

electrical engineering
battery technology
circuit components
Logo design merging IEEE legacy and artificial intelligence. Features bold 'EE' text intertwined with stylized neural network. Conveys complexity and clarity in technology. Color palette includes blue and black with neon accents.
A

IEEE Logo Merging Electrical Engineering with Artificial Intelligence

Logo Design
electrical engineering
tech branding
This image shows a basic circuit layout for converting 6V to 8V using a toroidal transformer. It includes a primary winding with 2 turns and a secondary winding with 8 turns. The circuit illustrates the connections for the transformer, a capacitor, and other components necessary for the voltage increase. Ensure that the connections are correctly made to achieve the desired voltage output. This setup can be used for various electronics projects. Use any components that fit your overall design needs.
M

DIY Circuit Diagram for Converting 6V to 8V Using a Toroidal Transformer

DIY electronics
6V to 8V
toriod transformer layout