ISPLSI 3320-70LQ

Embedded - CPLDs (Complex Programmable Logic Devices) are widely used widely in industrial automation, computer peripherals, and communication equipment. ISPLSI 3320-70LQ is a type of modern field-programmable complex programmable logic device, which has been consistently providing design engineers with reliable solutions for various application fields since it was first released in 2013. This paper will explain the applications and working principle of ISPLSI 3320-70LQ.

Applications of ISPLSI 3320-70LQ

ISPLSI 3320-70LQ is a CPLD with a wide range of applications. The device can be used in a variety of systems and applications, including industrial automation, medical equipment, smart home control, and more. Since its release, ISPLSI 3320-70LQ has been a choice of manufacturers and designers in designing digital logic solutions. The device can also be used in the automotive industry, where its reliability and performance are greatly appreciated.

In the robotics field, ISPLSI 3320-70LQ can be used in programmable logic controllers (PLCs) and motion control systems, which can provide high accuracy, faster response, and improved accuracy signals. It can also be used for automation of industrial processes, as it can control the process variables and actuate the output devices. In the communication field, the device can be used in VoIP systems, access routers, and frequency synthesizers.

Working Principle of ISPLSI 3320-70LQ

ISPLSI 3320-70LQ is a CPLD with a 10 million gate complexity and embedded 1 million memory blocks. It has a power performance of 543 ns, 128 KB embedded RAM, two clock outputs, two input ports, and one output port. It provides up to 16 I/O ports and can support multiple interfaces, such as TTL and LVTTL.

The device is programmed using the JTAG programming interface, and a single clock can be used to control multiple devices at the same time. ISPLSI 3320-70LQ also provides full and progressive scan design capabilities, and compressed configuration and data can be stored in embedded nonvolatile memory.

The CPLD also has advanced diagnostics capabilities, which allow for tests for device identification and speed grade determination. On-chip selective logic block override (SLBO) enables engineers to dynamically program the device without affecting their circuit. This feature also provides remote field upgradeability with low cost.

Conclusion

ISPLSI 3320-70LQ is a powerful CPLD with various application fields. Its embedded RAM, clock outputs, and multi-interface support make it a great choice for various solutions. Its power performance and advanced diagnostics capabilities also make it a reliable device. With these features, ISPLSI 3320-70LQ is a great choice for designers who are looking to create more efficient and reliable solutions.