Integrated Circuit Pins and Buttons

It is strange to see an integrated circuit seeing a new and small package in a corner. Amazing and funny design.

cool horse circuit design

These markings appear on a vintage microchip made by the company Zilog. The famous Z80 CPU was used in many machines, most notably the Sinclair ZX-Spectrum range, but was used in many more. The chip is still manufactured today!

The bottom of an Intel Core CPU processor.

False-colour scanning electron micrograph of a TM 2716 integrated circuit, showing a corner of the device with surrounding connecting pin leads. This chip is of the EPROM type - Eraseable, Programmable, Read Only Memory. EPROM chips are programmed by applying a voltage across selected connecting pins. Some such devices may then be subsequently reprogrammed - other types, PROMs, may not. Magnification: X 30 at 6x4. 5cm size. The TM 2716 EPROM chip is of the NMOS type (n- type

These markings appear on a vintage microchip made by the company Zilog. The famous Z80 CPU was used in many machines, most notably the Sinclair ZX-Spectrum range, but was used in many more. The chip is still manufactured today!

integrated circuit IC pin identification Stickers use in works shops schools offices for electronics electrical engineering students and electricians

4017 Integrated Circuit

555 Timer IC

Computer artwork showing the complex conductive pathways that make up a printed computer circuit board.

Circuit board. Underside of a PCB (printed circuit board). A PCB consists of lines (dark blue) of a metal conductor printed on an insulating material base. The metal lines form a circuit that connects the electronic components which are added to make a functioning device. The components are plugged into the board with pins that are held in place by solder (shiny round lumps), a soft metal that can easily be melted for this purpose. Circuit boards are used in most electronic products, including computers. This is a circuit board that is used in a video tape recorder. The triangular symbols (centre right) indicate the presence of electronic components called diodes.

Dive into the heart of a cyberpunk city where tech reigns. This intricate design features a knolling-style layout of circuits, resistors, and LEDs crafted inside a sleek computer case, viewed from a drone perspective.

Dive into the heart of a cyberpunk city where tech reigns. This intricate design features a knolling-style layout of circuits, resistors, and LEDs crafted inside a sleek computer case, viewed from a drone perspective.

Dive into the heart of a cyberpunk city where tech reigns. This intricate design features a knolling-style layout of circuits, resistors, and LEDs crafted inside a sleek computer case, viewed from a drone perspective.

Dive into the heart of a cyberpunk city where tech reigns. This intricate design features a knolling-style layout of circuits, resistors, and LEDs crafted inside a sleek computer case, viewed from a drone perspective.

Dive into the heart of a cyberpunk city where tech reigns. This intricate design features a knolling-style layout of circuits, resistors, and LEDs crafted inside a sleek computer case, viewed from a drone perspective.

Dive into the heart of a cyberpunk city where tech reigns. This intricate design features a knolling-style layout of circuits, resistors, and LEDs crafted inside a sleek computer case, viewed from a drone perspective.

Dive into the heart of a cyberpunk city where tech reigns. This intricate design features a knolling-style layout of circuits, resistors, and LEDs crafted inside a sleek computer case, viewed from a drone perspective.

Dive into the heart of a cyberpunk city where tech reigns. This intricate design features a knolling-style layout of circuits, resistors, and LEDs crafted inside a sleek computer case, viewed from a drone perspective.

Dive into the heart of a cyberpunk city where tech reigns. This intricate design features a knolling-style layout of circuits, resistors, and LEDs crafted inside a sleek computer case, viewed from a drone perspective.

Step into a world where nature and technology exist in perfect harmony with our "Nature Meets Technology: A Symbiotic Landscape" design. This stunning piece captures the essence of a serene wilderness seamlessly integrated with the intricate patterns of circuit boards and digital elements. The lush greens of the trees and grass blend into the metallic lines of circuits, portraying a union of organic beauty and technological advancement. With a sunrise that bridges the gap between a natural dawn and the glowing lights of electronic components, this artwork is a tribute to the possibility of a balanced coexistence. Perfect for tech enthusiasts and nature lovers alike, this piece will add a touch of thought-provoking elegance to any product...

Dive into the heart of a cyberpunk city where tech reigns. This intricate design features a knolling-style layout of circuits, resistors, and LEDs crafted inside a sleek computer case, viewed from a drone perspective.

Dive into the heart of a cyberpunk city where tech reigns. This intricate design features a knolling-style layout of circuits, resistors, and LEDs crafted inside a sleek computer case, viewed from a drone perspective.

Dive into the heart of a cyberpunk city where tech reigns. This intricate design features a knolling-style layout of circuits, resistors, and LEDs crafted inside a sleek computer case, viewed from a drone perspective.

Dive into the heart of a cyberpunk city where tech reigns. This intricate design features a knolling-style layout of circuits, resistors, and LEDs crafted inside a sleek computer case, viewed from a drone perspective.

Semiconductor wafer. Wafers are divided up into blocks to make the integrated circuits ('chips') used in electronic devices. Hundreds of thousands of transistors can be fitted on a single chip and connected by conducting pathways. The complex pattern of circuits that comprises each chip is built-up in a series of processes involving masks, deposition of insulators and etchings. Finished chips are eventually diced from the wafer prior to packaging. .

Electronic components.

Artificial Intelligence Works For You.

CD4008 is a high speed, high voltage 4-bit full Adder IC with carry out feature. CD4008 has four independent stages of full adder circuits in a single package.

Circle IC

The Suica (スイカ) is a prepaid e-money card for moving around and shopping - "Super Urban Intelligent CArd".

Gold Plated Heart IC

The CD4017 is a CMOS Decade Counter IC. CD4017 is used for low range counting applications, counting from 0 to 10. CD4017 is also known as "Johnson 10 Stage Decade Counter".