7201LA35J

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Introduction to 7201LA35J Logic - FIFOs Memory:

The 7201LA35J is a 4Kx36 FIFOs memory device from the Lattice Logic family. This device has the ability to store up to four kilobytes of information in a 36-bit wide single-ended (SE) or two-phase differential (DIF) configuration. It is designed to provide large data buffering or high-speed memory management functions in applications such as networking, telecommunications, and military systems.

The 7201LA35J is constructed using advanced CMOS process technology, which enables it to deliver high-speed operation while retaining low power consumption. The 8-pin package design minimizes total board space requirements, while the 7201LA35J\'s on-chip memory controller and comprehensive diagnostic features simplify system design.

Application Field of 7201LA35J Logic - FIFOs Memory:

The 7201LA35J is ideal for networking, telecommunications, and military systems. Its fast operation and low power consumption enable it to be utilized in real-time applications, where reliable, high-speed data buffering is paramount. The device’s high-density, SE or DIF memory organization allows for cost-effective system implementations.

In networking applications, the 7201LA35J’s fast access times and low latency enable reliable, high-speed communication. The device can be used to buffer data within an application such as Ethernet switching or router multiprocessing. In telecom applications, it can be used to store voice or signaling information in a GSM base-station or switching system. The 7201LA35J can also be utilized in military or avionic systems, where data buffering and memory management functions are required.

Working Principle of 7201LA35J Logic - FIFOs Memory:

The 7201LA35J is a 4Kx36, single-ended or differential FIFOs memory device. It is composed of three parts: an on-chip memory controller, the memory array, and an advanced CMOS process. The on-chip controller, which is the heart of the device, is responsible for reading and writing data to and from the 36-bit wide memory array. The memory array is composed of a total of 16,384 individually addressable memory locations, each of which can hold 36 bits of data.

The memory controller also manages data flow between the memory array and an external system. The input and output (I/O) pins allow for data to be written to or read from the memory array. The controller provides high-speed operation and reliable data transfer by monitoring the status of the memory array and controlling the flow of data accordingly.

To further increase system performance, the 7201LA35J features on-chip error detection and correction circuitry. This circuitry monitors data accuracy and ensures faulty data does not pass through to the external system. The device also provides a variety of support features for system diagnostics and testing.

Conclusion:

The 7201LA35J is a 4Kx36 FIFOs memory device from the Lattice Logic family. It is designed to provide large data buffering and high-speed memory management functions in applications such as networking, telecommunications, and military systems. The device’s 8-pin package design and advanced CMOS process technology enable it to deliver high-speed operation while retaining low power consumption. Additionally, the 7201LA35J’s on-chip memory controller and comprehensive diagnostic features simplify system design and ensure reliable data transfer.

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