CY7C128A-35VC

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

CY7C128A-35VC is a CMOS SRAM, which stands for Static Random Access Memory, a type of read-write memory that stores data and machine code without requiring power to remain active. SRAM is typically used as memory caches, storing recent or frequently used data. Other applications include data buffers, FIFO buffers, and other semiconductor system components.The CY7C128A-35VC is a 128K-bit (16 K × 8) SRAM that can be operated either with 5V or 3.3V power supply. Additionally, the CMOS SRAM features a low power dissipation operating mode. As far as the housing packages, it is available in a 44-Pin plastic DIP (PDIP) and a 44-Pin SOIC (Small Outline Package). Its lead-free halogen status is compliant with the RoHS Directive.The CY7C128A-35VC is designed for use in a variety of applications such as embedded memory, industrial and automotive systems and instrument control interface. It is a valuable component for applications requiring very low power dissipation and a wide temperature operating range (-40°C to +85°C).The main purpose of the CY7C128A-35VC is to function as high-speed read and write memory. It stores data that can be read and written quickly and easily. As a CMOS RAM device, it can operate on either a 5V or 3.3V power supply and also provides a low power dissipation in its operating mode.In general, the CY7C128A-35VC works by converting an electrical signal into a digital value stored in memory. When the CPU requests data, a signal is sent to the RAM to activate the chip enable (CE) pin, and enable the specified memory cells for data access. When a read request is made, the RAM responds by sending data through the data bus (D[7:0]). When a write request is made, the RAM receives data from the data bus and stores it into the specified memory cells. The chip is also able to respond to commands to perform reset or erase operations.In order to avoid data corruption or loss, the CY7C128A-35VC includes a variety of error protection features such as parity and ECC (error-correcting code). Parity detects parity errors and immediately alerts the data system of their presence. ECC uses an algorithm that determines the most likely signal value in the presence of noise and interference.Finally, the CY7C128A-35VC is a reliable and cost-effective option for any system requiring quick data read and write rates and low power consumption. With its low pin count, wide temperature range and wide voltage range, the CY7C128A-35VC is an excellent choice for a variety of applications such as embedded memory, industrial and automotive systems and instrument control interface.

The specific data is subject to PDF, and the above content is for reference