EPM240ZM100C6N

Series:	MAX® II
Packaging:	Tray
Part Status:	Active
Programmable Type:	In System Programmable
Delay Time tpd(1) Max:	7.5ns
Voltage Supply - Internal:	1.71 V ~ 1.89 V
Number of Logic Elements/Blocks:	240
Number of Macrocells:	192
Number of I/O:	80
Operating Temperature:	0°C ~ 85°C (TJ)
Mounting Type:	Surface Mount
Package / Case:	100-TFBGA
Supplier Device Package:	100-MBGA (6x6)
Base Part Number:	EPM240

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EPM240ZM100C6N is a high performance complex programmable logic device (CPLD) from Altera family. It is designed for the embedded applications, minimizing the power consumption and cost in system development, while providing a wide range of functions. The multiple power supply and Conexant technology make it suitable for many applications. EPM240ZM100C6N combines high performance logic and I/O circuitry with powerful embedded programming and flexible control architecture. It is a programmable logic device (PLD) that contains a large amount of digital logic blocks, memorybits and dedicated I/O lines. EPM240ZM100C6N can be programmed to perform logic functions such as arithmetic computations, data transfers and modulation/demodulation operations. The powerful architecture of the device also allows users to customize their logic applications according to their requirements.The EPM240ZM100C6N can be programmed for different applications. The flexible architecture of the device makes it ideal for many embedded applications such as embedded system development, consumer electronics, automotive and industrial control and robotics. Additionally, the Conexant technology allows the device to be used in applications such as radio communications and networking. The device can be used to control a wide range of motors, sensors and other components with its programmable logic. The EPM240ZM100C6N is designed for easy implementation and is extremely efficient compared to other PLD\'s. The programmable logic is implemented through an internal logic array block and can be configured to provide logic functions or memory bits. The device includes four levels of program storage, making it easier to manage larger projects. Additionally, the device has two channels of integrated data RAM, which can be used to store data or other state information.The device also includes two high-speed transceiver ports, allowing it to be used in networking and communication applications. The two separate power-supply pins on the EPM240ZM100C6N make it possible to use the device in lower voltage applications and the low latency access ports make it suitable for high speed data exchanges. The EPM240ZM100C6N has been designed for low power consumption and is capable of operating with standard power supplies. With its adjustable performance level, the device can be used to optimize power consumption and performance in industrial, consumer and embedded applications. The device is designed for easy troubleshooting and has access to a set of diagnostic features that allow users to identify and correct problems with the device.Overall, the EPM240ZM100C6N is a powerful, efficient and flexible complex programmable logic device for embedded applications. With its wide range of features, the device is suitable for applications such as embedded system development, consumer electronics, automotive and industrial control and networking. Its powerful architecture and multiple power supplies provide the flexibility to optimize power consumption and performance in a wide range of applications. EPM240ZM100C6N applications and working principle EPM240ZM100C6N is a complex programmable logic device (CPLD) from the Altera family and is designed for embedded applications. This device combines the high performance logic and I/O circuitry with powerful embedded programming and flexible control architecture. The device is designed for low power consumption and is capable of operating with standard power supplies, making it suitable for many applications.The device is programmed for different applications and its flexible architecture makes it suitable for embedding into a wide range of products. At its core, EPM240ZM100C6N contains a large amount of digital logic blocks, memorybits and dedicated I/O lines. This makes it suitable for applications such as embedded system development, consumer electronics, automotive and industrial control and robotics. Additionally, the Conexant technology within the device makes it suitable for applications such as radio communication and networking. The EPM240ZM100C6N’s programmable logic is implemented through an internal logic array block and can be configured to provide logic functions. The device also includes two high-speed transceiver ports, allowing it to be used in networking and communication applications. The two separate power-supply pins on the EPM240ZM100C6N make it possible to use the device in lower voltage applications and the low latency access ports make it suitable for high speed data exchanges. The EPM240ZM100C6N is designed with a variety of tools and software to program, debug and test the device. Users can use the Quartus Configurator software to program their logic applications and the API libraries to connect to the device. The API libraries offer a wide range of functions, including the ability to detect and configure the pins, access and configure the logic blocks and access and write to the on-board registers. Once the logic application is programmed, the device can be tested to make sure it performs as expected. This can be done through the device\'s diagnostics feature which allows users to detect any faults or errors and correct them. The diagnostics features also allow users to monitor the system\'s performance and ensure that it meets the requirements of the application. In conclusion, EPM240ZM100C6N is a powerful, efficient and flexible CPLD for embedded applications. With its wide range of features, the device is suitable for applications such as embedded system development, consumer electronics, automotive and industrial control and networking. Its powerful architecture and multiple power supplies provide the flexibility to optimize power consumption and performance in a wide range of applications.

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