AS7C3513B-12JCNTR

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AS7C3513B-12JCNTR is a CMOS static RAM. It belongs to the category of memory and is widely used in embedded applications. The device has a 12K-bit memory array comprising 128K×8 cell elements. The single chip includes two independent ports of memory which allows the user to generate accesses to multiple locations of the memory array simultaneously. The internal table structure for each port of the device is set up to access the data from one location of the memory array at a time.

The AS7C3513B-12JCNTR operates from a single 5V power supply and features a wide operating temperature range from -55°C to +125°C. It is ideal for various embedded applications as it offers low power consumption and high speed accesses along with low signal propagation delay characteristics.

The AS7C3513B-12JCNTR has two separate channels of data input and output. The input ports are used to write data into the memory array, while the output ports are used to read data out of the array.The array can be configured as either a single or match-pair of addressable port or a pair of addressable ports. In the single port configuration, one of the ports is dedicated to write operations and the other port can be used for either read or write operations. In the match-pair of addressable port configuration, A0 and A1 are used for one port, while A2 and A3 are used for the other port.

In addition, the device features an independent chip enable (CE) pin for each port, which enables the user to control the accesses to the memory array. When the CE pin for a particular port is asserted, all writes and reads to that port are enabled.The device also features programmable read enable (RE) and write enable (WE) pins. When these pins are asserted, the data can be written or read from the device, respectively.

The AS7C3513B-12JCNTR is suitable for applications where high speed operation is desired such as industrial automation, medical and consumer applications. The device also provides excellent reliability and stability over a wide operating temperature range and is an ideal choice for memory storage in various embedded applications.

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