The image shows a 3D rendering of a black integrated circuit (IC) chip with 14 metallic pins—7 on each side. The rectangular chip has a notch on one end, used to indicate pin orientation. The metallic pins are bent downward for insertion into a circuit board. The background is plain white.
The image shows a 3D rendering of a black integrated circuit (IC) chip with 14 metallic pins—7 on each side. The rectangular chip has a notch on one end, used to indicate pin orientation. The metallic pins are bent downward for insertion into a circuit board. The background is plain white.
The image shows a 3D rendering of a black integrated circuit (IC) chip with 14 metallic pins—7 on each side. The rectangular chip has a notch on one end, used to indicate pin orientation. The metallic pins are bent downward for insertion into a circuit board. The background is plain black.
The image shows a 3D rendering of a black integrated circuit (IC) chip with 14 metallic pins—7 on each side. The rectangular chip has a notch on one end, used to indicate pin orientation. The metallic pins are bent downward for insertion into a circuit board. The background is plain black.
The image shows a 3D rendering of a black integrated circuit (IC) chip with 14 metallic pins—7 on each side. The rectangular chip has a notch on one end, used to indicate pin orientation. The metallic pins are bent downward for insertion into a circuit board. The background is transparent.
The image shows a 3D rendering of a black integrated circuit (IC) chip with 14 metallic pins—7 on each side. The rectangular chip has a notch on one end, used to indicate pin orientation. The metallic pins are bent downward for insertion into a circuit board. The background is transparent.