Browse through 31 same electronic component illustrations & vectors or explore more same time or board network vectors to complete your project with stunning visuals.

The image presents a detailed view of a metallic object with a square base and a circular top. The object appears to be made of a reflective silver material, possibly metal or a metallic alloy. The square base has rounded corners and a slightly raised edge around its perimeter. Atop the base is a circular component that is also made of the same silver material. The circular component has a smooth. Same electronic component illustrations
The image presents a detailed view of a metallic object with a square base and a circular top. The object appears to be made of a reflective silver material, possibly metal or a metallic alloy. The square base has rounded corners and a slightly raised edge around its perimeter. Atop the base is a circular component that is also made of the same silver material. The circular component has a smooth. Same electronic component illustrations
The image depicts two views of an electronic component made of copper wire wound around a cylindrical core. The left side shows the component fully wound, while the right side displays the same component partially unwound, revealing its internal structure and connections with attached wires. Such components are commonly used in various electrical circuits for energy storage, filtering, or signal. Same electronic component illustrations
The image depicts two views of an electronic component made of copper wire wound around a cylindrical core. The left side shows the component fully wound, while the right side displays the same component partially unwound, revealing its internal structure and connections with attached wires. Such components are commonly used in various electrical circuits for energy storage, filtering, or signal. Same electronic component illustrations
A stack of four rectangular lithium-ion batteries is arranged on a white surface. Each battery has a silver top and black sides. Visible on the side of each battery are gold-colored connectors or contacts. The arrangement showcases multiple units of the same electronic component. Same electronic component illustrations
A stack of four rectangular lithium-ion batteries is arranged on a white surface. Each battery has a silver top and black sides. Visible on the side of each battery are gold-colored connectors or contacts. The arrangement showcases multiple units of the same electronic component. Same electronic component illustrations
Vector set of semiconductor diode electrical component isolated on a white background. Eco diodes work on the principle of recombination, where electrons in a semiconductor recombine with electron holes and at the same time release energy in the form of photons. there are UV, VIS, and IR LED sources. Same electronic component vectors
Vector set of semiconductor diode electrical component isolated on a white background. Eco diodes work on the principle of recombination, where electrons in a semiconductor recombine with electron holes and at the same time release energy in the form of photons. there are UV, VIS, and IR LED sources. Same electronic component vectors
Semiconductor diode electrical component isolated on a white background. Diodes work on the principle of recombination, where electrons in a semiconductor recombine with electron holes and at the same time release energy in the form of photons. there are UV, VIS, and IR LED diode sources. Same electronic component vectors
Semiconductor diode electrical component isolated on a white background. Diodes work on the principle of recombination, where electrons in a semiconductor recombine with electron holes and at the same time release energy in the form of photons. there are UV, VIS, and IR LED diode sources. Same electronic component vectors
A digital illustration of a large tree with a glowing, orange-yellow light emanating from its branches and trunk. The tree stands amidst a network of circuit boards and electronic components, also glowing with the same warm light. The image has a futuristic, technologically advanced feel. The vibrant colors and glowing light effects create an otherworldly atmosphere. The image could be used for a. Same electronic component illustrations
A digital illustration of a large tree with a glowing, orange-yellow light emanating from its branches and trunk. The tree stands amidst a network of circuit boards and electronic components, also glowing with the same warm light. The image has a futuristic, technologically advanced feel. The vibrant colors and glowing light effects create an otherworldly atmosphere. The image could be used for a. Same electronic component illustrations
A digital illustration of a large tree with a glowing, orange-yellow light emanating from its branches and trunk. The tree stands amidst a network of circuit boards and electronic components, also glowing with the same warm light. The image has a futuristic, technologically advanced feel. The vibrant colors and glowing light effects create an otherworldly atmosphere. The image could be used for a. Same electronic component illustrations
A digital illustration of a large tree with a glowing, orange-yellow light emanating from its branches and trunk. The tree stands amidst a network of circuit boards and electronic components, also glowing with the same warm light. The image has a futuristic, technologically advanced feel. The vibrant colors and glowing light effects create an otherworldly atmosphere. The image could be used for a. Same electronic component illustrations
The image shows two different views of a three-pin LED component. On the left is an LED bulb with a translucent cover that is currently lit, emitting white light. On the right is the same LED package without the cover, revealing its internal structure and black body. Same electronic component illustrations
The image shows two different views of a three-pin LED component. On the left is an LED bulb with a translucent cover that is currently lit, emitting white light. On the right is the same LED package without the cover, revealing its internal structure and black body. Same electronic component illustrations
The image shows three transformers with different colored coresâ€'green, blue, and redâ€'each mounted on yellow plastic casings with multiple terminal pins. These transformers appear to be of the same type but are color-coded likely for identification or different voltage ratings. They are aligned in a row against a plain white background, highlighting their design and construction details for. Same electronic component illustrations
The image shows three transformers with different colored coresâ€'green, blue, and redâ€'each mounted on yellow plastic casings with multiple terminal pins. These transformers appear to be of the same type but are color-coded likely for identification or different voltage ratings. They are aligned in a row against a plain white background, highlighting their design and construction details for. Same electronic component illustrations
Two microchip icons are shown side by side. Both have a square shape with multiple pins protruding from each side, resembling real integrated circuits. The left icon is black and white with a simple circuit diagram inside. The right icon is colored, featuring a green border and a yellow background, with the same circuit diagram in black. The designs incorporate symbols representing electronic circuit components, emphasizing a technology or hardware theme. Same electronic component vectors
Two microchip icons are shown side by side. Both have a square shape with multiple pins protruding from each side, resembling real integrated circuits. The left icon is black and white with a simple circuit diagram inside. The right icon is colored, featuring a green border and a yellow background, with the same circuit diagram in black. The designs incorporate symbols representing electronic circuit components, emphasizing a technology or hardware theme. Same electronic component vectors
This vector illustration features two distinct circular logo icons representing digital technology and connectivity. The left icon showcases a vibrant circuit board pattern with green lines and connection points, encased within a dynamic blue-to-green gradient circle. The right icon presents the same circuit design in a clean black outline, set within a solid grey circle, offering a versatile monochromatic option. These modern, abstract designs are ideal for tech company branding, software applications, websites, presentations, or any project requiring a symbol for innovation, data, computing, or electronic engineering. Same electronic component vectors
This vector illustration features two distinct circular logo icons representing digital technology and connectivity. The left icon showcases a vibrant circuit board pattern with green lines and connection points, encased within a dynamic blue-to-green gradient circle. The right icon presents the same circuit design in a clean black outline, set within a solid grey circle, offering a versatile monochromatic option. These modern, abstract designs are ideal for tech company branding, software applications, websites, presentations, or any project requiring a symbol for innovation, data, computing, or electronic engineering. Same electronic component vectors
The image shows two NVMe solid-state drives (SSDs) side by side, both from the same manufacturer. The drive on the left has a capacity of 512GB, while the one on the right has a capacity of 2TB. Both SSDs feature the same form factor and branding, with the larger 2TB model labeled with 'ZM'. The image highlights the difference in storage capacity between the two models. Same electronic component illustrations
The image shows two NVMe solid-state drives (SSDs) side by side, both from the same manufacturer. The drive on the left has a capacity of 512GB, while the one on the right has a capacity of 2TB. Both SSDs feature the same form factor and branding, with the larger 2TB model labeled with 'ZM'. The image highlights the difference in storage capacity between the two models. Same electronic component illustrations
Set of icons of semiconductor diode electrical components isolated on a white background. Diodes work on the principle of recombination, where electrons in a semiconductor recombine with electron holes and at the same time release energy in the form of photons. there are UV, VIS, and IR LED sources. Semiconductor diode – electrical component. Same electronic component vectors
Set of icons of semiconductor diode electrical components isolated on a white background. Diodes work on the principle of recombination, where electrons in a semiconductor recombine with electron holes and at the same time release energy in the form of photons. there are UV, VIS, and IR LED sources. Semiconductor diode – electrical component. Same electronic component vectors
A striking, high-angle close-up shot showcases a central processing unit (CPU) socket on a modern computer motherboard. The socket, with its intricate pins, is illuminated by vibrant neon lights, primarily in electric blue and deep purple hues, forming a square-like outline around it. Integrated cooling pipes, also glowing with the same neon effect, add to the futuristic aesthetic. The surrounding motherboard features complex circuitry and components, including RAM slots on the right, all rendered with a dark, sleek finish. The overall image evokes a sense of advanced technology and high performance, with the contrasting colors and sharp details creating a visually engaging piece. Same electronic component illustrations
A striking, high-angle close-up shot showcases a central processing unit (CPU) socket on a modern computer motherboard. The socket, with its intricate pins, is illuminated by vibrant neon lights, primarily in electric blue and deep purple hues, forming a square-like outline around it. Integrated cooling pipes, also glowing with the same neon effect, add to the futuristic aesthetic. The surrounding motherboard features complex circuitry and components, including RAM slots on the right, all rendered with a dark, sleek finish. The overall image evokes a sense of advanced technology and high performance, with the contrasting colors and sharp details creating a visually engaging piece. Same electronic component illustrations
Two vector icons of an audio receiver or amplifier are presented side-by-side on a white background. The left icon is an outline drawing showing the front panel with knobs, buttons, a display, and connection diagrams. The right icon is a solid black silhouette of the same device, offering a contrasting visual representation. Both icons are clean and minimalist, suitable for technical diagrams or. Same electronic component illustrations
Two vector icons of an audio receiver or amplifier are presented side-by-side on a white background. The left icon is an outline drawing showing the front panel with knobs, buttons, a display, and connection diagrams. The right icon is a solid black silhouette of the same device, offering a contrasting visual representation. Both icons are clean and minimalist, suitable for technical diagrams or. Same electronic component illustrations
Illustration of a motherboard in two styles: outline and silhouette. The left side features a detailed black outline on a white background, depicting circuit paths, rectangular components, and a central microchip. The right side shows a white silhouette on a black background, with the same elements inverted in color. Both versions emphasize the complexity and intricate design typically found on a computer motherboard, highlighting key electronic components and connections. Same electronic component vectors
Illustration of a motherboard in two styles: outline and silhouette. The left side features a detailed black outline on a white background, depicting circuit paths, rectangular components, and a central microchip. The right side shows a white silhouette on a black background, with the same elements inverted in color. Both versions emphasize the complexity and intricate design typically found on a computer motherboard, highlighting key electronic components and connections. Same electronic component vectors
The image showcases a detailed view of a circuit board, dominated by a central processor unit (cpu) that glows with an intense orange light. the cpu is surrounded by a network of intricate circuits and components, also illuminated with the same vibrant orange hue. the background is blurred, creating a sense of depth and emphasizing the cpu as the focal point. the overall impression is one of technological complexity and power. Same electronic component illustrations
The image showcases a detailed view of a circuit board, dominated by a central processor unit (cpu) that glows with an intense orange light. the cpu is surrounded by a network of intricate circuits and components, also illuminated with the same vibrant orange hue. the background is blurred, creating a sense of depth and emphasizing the cpu as the focal point. the overall impression is one of technological complexity and power. Same electronic component illustrations
The image shows two stacks of metal heat sinks placed side by side on a white background. The heat sinks are made of thin, corrugated metal sheets with a silver color. They are arranged in a rectangular shape with the corrugations running vertically. The stacks are identical in size and shape, and they appear to be made of the same material. The background of the image is plain white, which helps. Same electronic component illustrations
The image shows two stacks of metal heat sinks placed side by side on a white background. The heat sinks are made of thin, corrugated metal sheets with a silver color. They are arranged in a rectangular shape with the corrugations running vertically. The stacks are identical in size and shape, and they appear to be made of the same material. The background of the image is plain white, which helps. Same electronic component illustrations
The image showcases three different visual representations of an ATM (Automated Teller Machine). The first depicts a standard grayscale model highlighting its internal components. The second shows the same ATM in a solid purple color, providing a cleaner and more uniform look. The third image applies a thermal mapping overlay, illustrating a gradient of colors from red to purple, which likely. Same electronic component illustrations
The image showcases three different visual representations of an ATM (Automated Teller Machine). The first depicts a standard grayscale model highlighting its internal components. The second shows the same ATM in a solid purple color, providing a cleaner and more uniform look. The third image applies a thermal mapping overlay, illustrating a gradient of colors from red to purple, which likely. Same electronic component illustrations
Three icon-style images represent a coffee grinder. The first is an outline with a circular button and an 'U' shape below. The second is a solid black version maintaining the same features. The third has a filled-in design with shades of gray and blue, suggesting a glass or transparent component with a similar structure. Each illustration shows the grinder's typical hopper, button, and container. Same electronic component vectors
Three icon-style images represent a coffee grinder. The first is an outline with a circular button and an 'U' shape below. The second is a solid black version maintaining the same features. The third has a filled-in design with shades of gray and blue, suggesting a glass or transparent component with a similar structure. Each illustration shows the grinder's typical hopper, button, and container. Same electronic component vectors
Semiconductor diode electrical component. Diodes work on the principle of recombination, where electrons in a semiconductor recombine with electron holes and at the same time release energy in the form of photons. there are UV, VIS, and IR LED sources. The icon is isolated on a white background. Same electronic component illustrations
Semiconductor diode electrical component. Diodes work on the principle of recombination, where electrons in a semiconductor recombine with electron holes and at the same time release energy in the form of photons. there are UV, VIS, and IR LED sources. The icon is isolated on a white background. Same electronic component illustrations
Semiconductor diode electrical component. Diodes work on the principle of recombination, where electrons in a semiconductor recombine with electron holes and at the same time release energy in the form of photons. there are UV, VIS, and IR LED sources. The icon is isolated on a white background. Same electronic component vectors
Semiconductor diode electrical component. Diodes work on the principle of recombination, where electrons in a semiconductor recombine with electron holes and at the same time release energy in the form of photons. there are UV, VIS, and IR LED sources. The icon is isolated on a white background. Same electronic component vectors
Semiconductor diode electrical component. Diodes work on the principle of recombination, where electrons in a semiconductor recombine with electron holes and at the same time release energy in the form of photons. there are UV, VIS, and IR LED sources. Same electronic component vectors
Semiconductor diode electrical component. Diodes work on the principle of recombination, where electrons in a semiconductor recombine with electron holes and at the same time release energy in the form of photons. there are UV, VIS, and IR LED sources. Same electronic component vectors
Semiconductor diode electrical component. Diodes work on the principle of recombination, where electrons in a semiconductor recombine with electron holes and at the same time release energy in the form of photons. there are UV, VIS, and IR LED sources. The icon is isolated on a white background. Same electronic component vectors
Semiconductor diode electrical component. Diodes work on the principle of recombination, where electrons in a semiconductor recombine with electron holes and at the same time release energy in the form of photons. there are UV, VIS, and IR LED sources. The icon is isolated on a white background. Same electronic component vectors
Semiconductor diode electrical component. Diodes work on the principle of recombination, where electrons in a semiconductor recombine with electron holes and at the same time release energy in the form of photons. there are UV, VIS, and IR LED sources. Same electronic component vectors
Semiconductor diode electrical component. Diodes work on the principle of recombination, where electrons in a semiconductor recombine with electron holes and at the same time release energy in the form of photons. there are UV, VIS, and IR LED sources. Same electronic component vectors
Online shopping is a form of electronic commerce which allows consumers to directly buy goods or services from a seller over the Internet using a web browser. Consumers find a product of interest by visiting the website of the retailer directly or by searching among alternative vendors using a shopping search engine, which displays the same product`s availability and pricing at different e-retailers. As of 2016, customers can shop online using a range of different computers and devices, including desktop computers, laptops, tablet computers and smartphones. Achievement of an action within a specified period of time or within a specified parameter. Success can also mean completing an objective or reaching a goal. Success can be expanded to encompass an entire project or be restricted to a single component of a project or task. It can be achieved within the workplace, or in an individual`s personal life. For example, if an individual`s personal goal is to be accepted in a new career, success would occur after the individual has been officially accepted into his or her new place of employment. life. Same electronic component illustrations
Online shopping is a form of electronic commerce which allows consumers to directly buy goods or services from a seller over the Internet using a web browser. Consumers find a product of interest by visiting the website of the retailer directly or by searching among alternative vendors using a shopping search engine, which displays the same product`s availability and pricing at different e-retailers. As of 2016, customers can shop online using a range of different computers and devices, including desktop computers, laptops, tablet computers and smartphones. Achievement of an action within a specified period of time or within a specified parameter. Success can also mean completing an objective or reaching a goal. Success can be expanded to encompass an entire project or be restricted to a single component of a project or task. It can be achieved within the workplace, or in an individual`s personal life. For example, if an individual`s personal goal is to be accepted in a new career, success would occur after the individual has been officially accepted into his or her new place of employment. life. Same electronic component illustrations
Online shopping is a form of electronic commerce which allows consumers to directly buy goods or services from a seller over the Internet using a web browser. Consumers find a product of interest by visiting the website of the retailer directly or by searching among alternative vendors using a shopping search engine, which displays the same product`s availability and pricing at different e-retailers. As of 2016, customers can shop online using a range of different computers and devices, including desktop computers, laptops, tablet computers and smartphones. Achievement of an action within a specified period of time or within a specified parameter. Success can also mean completing an objective or reaching a goal. Success can be expanded to encompass an entire project or be restricted to a single component of a project or task. It can be achieved within the workplace, or in an individual`s personal life. For example, if an individual`s personal goal is to be accepted in a new career, success would occur after the individual has been officially accepted into his or her new place of employment. life. Same electronic component illustrations
Online shopping is a form of electronic commerce which allows consumers to directly buy goods or services from a seller over the Internet using a web browser. Consumers find a product of interest by visiting the website of the retailer directly or by searching among alternative vendors using a shopping search engine, which displays the same product`s availability and pricing at different e-retailers. As of 2016, customers can shop online using a range of different computers and devices, including desktop computers, laptops, tablet computers and smartphones. Achievement of an action within a specified period of time or within a specified parameter. Success can also mean completing an objective or reaching a goal. Success can be expanded to encompass an entire project or be restricted to a single component of a project or task. It can be achieved within the workplace, or in an individual`s personal life. For example, if an individual`s personal goal is to be accepted in a new career, success would occur after the individual has been officially accepted into his or her new place of employment. life. Same electronic component illustrations