AS7C34096B-10BIN

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Memory

The AS7C34096B-10BIN is a high-performance, low-power, single-port SRAM designed to address the needs of embedded systems applications. It provides a highly cost-effective memory solution for various applications.

Application Field

The AS7C34096B-10BIN can be used in a variety of embedded devices requiring low-power operation. It is highly suitable for a wide range of applications, including mobile communications, consumer electronics, personal computers, automotive electronics, industrial control and instrumentation, etc.

The AS7C34096B-10BIN features a 10-bit wide address/data bus with 1M x 16 bit organization. This allows the device to access a wide range of performance features and parallel bus speeds. With a wide variety of operating speeds and environmental conditions, the AS7C34096B-10BIN can meet the needs of different applications.

Working Principle

The AS7C34096B-10BIN integrates high-speed SRAM devices and associated control logic. It is designed to provide a fast and reliable memory solution in various embedded systems and applications. The device is designed to provide a high speed operation, low power dissipation and a wide data bus width.

The device is equipped with several control logic blocks for accessing and manipulating the SRAM memory. It includes several address, write/read, and timing/control logic blocks, which are used for synchronization, data transfer, and address decoding. The control logic also provides error checking and other system-specific functions such as parity checking, CRC calculations and automatic reconfiguration.

The device has an internal write and read buffer which enables it to store data temporarily. The write and read buffers are managed by the device\'s control logic and can be used to store the status of the device\'s internal registers and data. This enables the device to access the memory more efficiently.

The AS7C34096B-10BIN is designed to offer low power consumption and high performance. It is designed to operate at a voltage range between 1.7V and 3.6V, with an operating speed of up to 100MHz. This makes it an ideal solution for embedded applications which require low-power operation and high speed.

Conclusion

The AS7C34096B-10BIN is a high-performance, low-power, single-port SRAM designed to address the needs of embedded systems applications. It provides a highly cost-effective memory solution for various applications and features a 10-bit wide address/data bus with 1M x 16 bit organization. It is equipped with several control logic blocks for accessing and manipulating the SRAM memory and has an internal write and read buffer which enables it to store data temporarily. With a wide variety of operating speeds and environmental conditions, the AS7C34096B-10BIN can meet the needs of different applications.

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