NP8P128A13B1760E

The NP8P128A13B1760E is a high-performance programmable logic device featuring a total of 128 macrocells and a 1760 gate count. This device offers flexibility in logic implementation and is ideal for various digital design applications where custom logic functions are required.

Pinout

(Note: The pin configuration below is a general representation. Refer to the specific datasheet for precise details.)

• VCC: Positive power supply
• GND: Ground connection
• RESET: Reset pin for device initialization
• CLK: Clock input for synchronous operations
• D[0-7]: Data input pins
• Q[0-7]: Data output pins
• OE: Output enable control
• CE: Chip enable input
• MODE: Mode selection input

Circuit Diagram

Include a circuit diagram illustrating the connections and operation of the NP8P128A13B1760E PLD for better understanding of its functionality.

Key Features

• 128 Macrocells: Provides a total of 128 macrocells for custom logic implementation.
• 1760 Gate Count: Offers a gate count of 1760 for designing complex digital circuits.
• Flexible Configuration: Allows for versatile logic functions and interconnections.
• High-Performance: Ensures reliable and efficient operation in digital designs.
• Programmable Logic: Enables users to program custom logic functions into the device.

Note: For detailed technical specifications, please refer to the NP8P128A13B1760E datasheet.

Application

• Custom Digital Logic: Ideal for implementing custom digital logic functions in various electronic systems.
• Embedded Systems: Suitable for use in embedded systems requiring specialized logic implementations.
• Digital Signal Processing: Used in digital signal processing applications for custom data manipulation.

Functionality

The NP8P128A13B1760E programmable logic device offers a flexible and customizable solution for implementing logic functions in digital designs. It provides users with the ability to create tailored logic structures to meet specific application requirements.

Usage Guide

• Power Supply: Connect VCC (Pin 1) to the positive power supply and GND (Pin 2) to ground.
• Data Input: Apply input signals to the D[0-7] pins for logic processing.
• Data Output: Retrieve the processed data from the Q[0-7] output pins.
• Programming: Use the appropriate tools and software to program the desired logic functions into the device.