CY7S1061GE-10ZXI

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Memory

CY7S1061GE-10ZXI is a Static Random Access Memory (SRAM) component, used to store data that must remain in memory even when power is turned off. It has many different industrial and electrical applications, and the following section will give a comprehensive overview of the component, its principle of operation, and what application fields it can be used in.

Overview

The CY7S1061GE-10ZXI is a non-volatile 64Kword × 16bit Static Random Access Memory (SRAM). It offers an easy drop-in replacement for similar NMOS memory components, meeting the requirements of most memory applications. This component features a maximum clock frequency of 10MHz, input latch circuitry, and advanced CPU-compatible chip select and write enable logic.

It also has built-in power on reset and voltage detector circuits. This ensures that data stored in the memory is not lost when power is cut and restarted. Low standby power consumption, low power operation, and seven selectable volts make this component ideal for battery-operated and power sensitive applications.

Working Principle

The working principle of the CY7S1061GE-10ZXI is based upon a combination of NMOS-based logic and semiconductor memory technology. The component utilizes a semiconductor memory array and address decoder logic which allows for storage and retrieval of data. It operates with four basic signals: Chip Select (CS), Read (RD), Write Enable (WE), and Address (A<15:0>).

When a CS signal is applied, memory access is enabled and the address (A<15:0>) is used to select a 16-bit word in the memory array. If the RD line is active, the selected word is read out; if the WE line is active, new data can be written to the selected address. The component also supports auto-incrementing of the address field to reduce the number of address lines required to access the memory array.

Application Fields

Being a non-volatile SRAM component, the CY7S1061GE-10ZXI can be used in a wide array of different applications. These include computer memory, storage servers, process control systems, hand held computers, embedded controllers, medical equipment, automotive navigation systems, and industrial control systems.

In addition, this component can be used in embedded systems, data logging systems, industrial safety systems, portable instrumentation, energy management systems, and monitoring systems. As well, its low power consumption and robust design make it an ideal choice for standalone applications that can function independently with minimal supervision.

Conclusion

The CY7S1061GE-10ZXI is a 64Kword × 16bit non-volatile Static Random Access Memory component, suitable for a wide range of industrial and electrical applications. This component features an easy drop-in replacement for similar memory components, a maximum clock frequency of 10MHz, input latch circuitry, and advanced CPU-compatible chip select and write enable logic. Its low power consumption, low power operation, and volt selectable features make it ideal for battery-operated and power sensitive applications.

Data stored in the memory is not lost when power is cut and restarted, making it suitable for applications that require data to remain stored even when the power is switched off. This component can be used in computer memory, storage servers, process control systems, hand held computers, embedded controllers, medical equipment, automotive navigation systems, and industrial control systems, among many others.

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