XC2C128-7CPG132C
Compact CPLD chips with 128 macro cells for high-speed logic applications
Manufacturer： xilinx
series introduction
# Introduction to the XC2C128 - 7CPG132C Product Series
## 1. Overview
The XC2C128 - 7CPG132C belongs to a specialized and high - performance product series within the field of programmable logic devices. These devices are designed to offer a flexible and efficient solution for a wide range of electronic applications, enabling engineers to implement custom digital logic functions without the need for full - scale custom integrated circuit design.
## 2. Key Features
### Programmable Logic Resources
- **Logic Cell Array**: The XC2C128 - 7CPG132C is equipped with 128 macrocells. These macrocells are the building blocks of the programmable logic, allowing for the implementation of complex combinational and sequential logic functions. They can be configured to perform tasks such as arithmetic operations, state machine control, and data routing.
- **Look - Up Tables (LUTs)**: Each macrocell contains a look - up table, which is a fundamental component for implementing Boolean functions. The LUTs in this device can be programmed to generate any logical output based on the input combinations, providing a high degree of flexibility in logic design.
### Speed and Performance
- **High - Speed Operation**: With a speed grade of 7, the XC2C128 - 7CPG132C is capable of operating at relatively high frequencies. This makes it suitable for applications that require fast data processing and real - time response, such as high - speed communication interfaces and digital signal processing.
- **Low Propagation Delays**: The device has low propagation delays between input and output signals. This ensures that the logic operations are executed quickly and accurately, minimizing the time lag in the system and improving overall performance.
### Package and Pin Configuration
- **CPG132 Package**: The device comes in a CPG132 (Ceramic Pin Grid Array) package. This package offers several advantages, including good thermal performance and mechanical stability. The 132 - pin configuration provides a sufficient number of input/output (I/O) pins, allowing for easy connection to external components such as sensors, actuators, and other integrated circuits.
- **I/O Flexibility**: The I/O pins of the XC2C128 - 7CPG132C are highly configurable. They can be set to different voltage levels and drive strengths, making it compatible with a variety of external devices and interfaces. This flexibility enables seamless integration into different system architectures.
### Non - Volatile Memory
- **In - System Programmability (ISP)**: The XC2C128 - 7CPG132C uses non - volatile memory technology, which means that the programmed configuration is retained even when the power is turned off. This is achieved through in - system programmability, allowing engineers to reprogram the device multiple times without the need for external programming equipment. The ISP feature simplifies the development process and enables field - upgradable systems.
## 3. Applications
### Industrial Automation
- **Control Systems**: In industrial automation, the XC2C128 - 7CPG132C can be used to implement control logic for machinery and processes. It can handle tasks such as motor control, sensor data acquisition, and sequence control, providing a reliable and cost - effective solution for industrial control applications.
- **Monitoring and Diagnostic Systems**: The device can be used to monitor various parameters in industrial systems, such as temperature, pressure, and flow. It can also perform diagnostic functions, detecting faults and sending alerts to the control center.
### Consumer Electronics
- **Smart Home Devices**: In smart home applications, the XC2C128 - 7CPG132C can be used to control and manage different devices, such
Images for reference
132-TFBGA, CSPBGA