When inspecting a standard 14-pin Dual In-line Package (DIP) integrated circuit with the reference notch oriented at the top, which statement correctly describes the standard pinout numbering convention used to identify pin 1 and pin 14?
- APin 1 is at the top-left beside the notch, and numbering progresses sequentially down the left side from pin 1 to 7, then restarts at the top-right with pin 8 and counts down to pin 14 at the bottom-right.
- Pin 1 is at the top-left beside the notch, and numbering progresses counter-clockwise down the left side from pin 1 to 7, across to the bottom-right for pin 8, and up the right side to pin 14 at the top-right.Cevap
- CPin 1 is at the top-right beside the notch, and numbering progresses clockwise down the right side from pin 1 to 7, across to the bottom-left for pin 8, and up the left side to pin 14 at the top-left.
- DPin 1 is at the top-left, and numbering alternates horizontally across opposing pairs (pin 1 top-left, pin 2 top-right, pin 3 second-row left) down the package to pin 14 at the bottom-right.
Cevap
Pin 1 is located at the top-left immediately adjacent to the notch, and numbering continues counter-clockwise down the left column (pins 1 through 7) and upward along the right column (pins 8 through 14), placing pin 14 at the top-right directly opposite pin 1.
For all standard Dual In-line Package (DIP) integrated circuits, placing the index notch at the top establishes pin 1 at the top-left. Numbering then advances counter-clockwise down the left row (pins 1 to 7 for a 14-pin IC), transitions across to the bottom-right pin (pin 8), and ascends the right row to pin 14 at the top-right.
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Dual In-line Package (DIP) Integrated Circuit Pin Numbering Convention
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