ISPLSI 2064VE-280LTN100

Embedded - CPLDs (Complex Programmable Logic Devices)

The ISPLSI 2064VE-280LTN100 is a complex programmable logic device (CPLD) which is comprised of logic cells, interconnects and SRAM-embedded flip-flops. Used for implementing designs for embedded applications, these components are built on a deep multi-layer silicon substrate and are programmed by an electric current passing through certain points on the surface of the component.

The ISPLSI 2064VE-280LTN100 is one of the most reliable and popular CPLDs which is widely used in the embedded systems and wireless applications. This device provides logic cells that can be used to create a variety of logic functions that are necessary for controlling the embedded systems. It provides up to 14 different logic levels that can be programmed as required by the applications.

The ISPLSI 2064VE-280LTN100 also offers various interconnects which make it easier to configure different components on the CPLD. The devices include multiplexers, bus cancellers, priority encoders, controlled slope generators and other related components to help the user create sophisticated logic functions. SRAM-embedded flip-flops on the CPLD provide the necessary speed and flexibility for fast and correct control.

The ISPLSI 2064VE-280LTN100 is able to deliver powerful logic performance at low voltages, making it suitable for use in a wide range of applications. It is also capable of operating in both industrial and commercial environments. This allows it to be used in a variety of applications from industrial robotics, automotive and consumer electronics.

Application field

The ISPLSI 2064VE-280LTN100 is ideal for a wide variety of embedded and wireless applications which require the ultimate flexibility and power. It is used in robotics, consumer electronics, automotive, industrial automation, aerospace and telecommunications.

In robotics, the ISPLSI 2064VE-280LTN100 can be used to control various systems such as robots, robotic arms and motors. It is also used to control many types of sensors and actuators, as well as providing logic to enable complex process control.

In consumer electronics, the CPLD is used to provide control logic for various devices and products such as TVs, computers, digital camera, smartphones and MP3 players. It is also used to manage the power distribution and regulate the voltage which is essential for reliable operation.

In automotive, the ISPLSI 2064VE-280LTN100 is used to provide logic to power different sensors, as well as controlling the engine, brakes, suspension and other related functions. It is also used in aerospace to control multiple systems, such as the flight control, navigation and avionics. And finally, in telecommunications, the CPLD is used to provide logic for managing the networks and communication systems.

Working principle

The working principle of the ISPLSI 2064VE-280LTN100 CPLD is quite simple and easy to understand. At the most basic level, it provides a set of logic cells arranged in a 2D array, made up of logic blocks, interconnects and SRAM cells.

Each logic cell contains a fixed set of logic gates, and is connected to a set of interconnects in between, so that the output of each cell can be connected to the input of another. This allows for greater flexibility in the design of the CPLD, as the user can configure the logic pathways in a much more complex way, creating a much larger range of functions than they would otherwise be able to.

Also, the SRAM cells are connected to the output of the logic cells, providing the necessary memory for storing information. This allows the logic cells to retain the output of the logic, even when power is removed, allowing the device to keep its state until it is reset.

The ISPLSI 2064VE-280LTN100 is programmed with an electric current passing through certain points on the surface of the CPLD, allowing the user to load the logic pathways it needs for the application.

In summary, the ISPLSI 2064VE-280LTN100 is a reliable and popular CPLD which is widely used for a variety of embedded and wireless applications. Its intricate logic cells and interconnects, along with the SRAM-embedded flip flops, provide the flexibility and power needed for such applications. And finally, the device is programmed easily, using only an electric current passing through certain points on its surface.