S29PL032J70BAI120

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The S29PL032J70BAI120 is classified as one type of SRAM Memory and is commonly used in embedded system applications. It is a synchronous device with an 8 bit data bus and low voltage capability. The main applications are embedded systems, large scale systems, military, medical and automotive applications.

SRAM or Static Random Access Memory is non-volatile memory, meaning that it does not need a power supply to retain data. It is the primary memory device used for data storage in embedded systems for its speed and low power consumption. The S29PL032J70BAI120 Memory is organized as 4096 words by 32 bits with a wide data bus of 8 bits. The memory is configurable as 16 bit and 32 bit devices with programmable CAS latency (1 or 2). It has an access time of 70ns and a maximum clock frequency of 33MHz.

The S29PL032J70BAI120 memory has a 8 bit data bus, enabling 8 bits of data to be sent to and from the memory in one transfer. This can be used to transfer data at the same speed across a wide range of CPUs while saving power. The 8 bit data bus and CAS latency also offer compatibility with a variety of controllers and peripherals.

The S29PL032J70BAI120 memory utilizes a single +3.3V supply on its VCC pin. This allows the device to work in a wide range of power and voltage conditions. It is also capable of low voltage operations down to a 1.5V for most operations. The memory also has features such as internal pull down devices on CE# and OE# to improve system reliability, self-timed program and erase operations, an erase pin to enable erase and write protection and power savings through an active power down mode.

The S29PL032J70BAI120 offers high performance and reliability for applications utilizing wide data bus and embedded system requirements. By utilizing an 8 bit data bus and low voltage, it allows for faster input/output cycles across a wide range of systems while consuming less power. It has low voltage operation and can be configured as 16 bit and 32 bit devices to further optimize performance.

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