AS7C1024B-12JIN

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AS7C1024B-12JIN – a 1024K-bit CMOS static RAM is a commonly used memory module product from Advanced Micro Devices (AMD). Manufactured using AMI’s 1T technology, it is characterized by low power consumption, low standby power and fast access time. The chips are organized as 16K x 8 bit and are accessed by an asynchronous address, data in and output control signals. The chip can work at five different clock speeds: 3, 4, 6, 8 and 10MHz.

The AS7C1024B-12JIN is used in many different types of applications, including computers, embedded systems, cell phones and gaming consoles. In a computer system, the chip can be used as a main memory, as well as a cache memory. In embedded systems, it can be used as a RAM in a circuit to store and quickly retrieve data. In cell phones, it can also be used as a RAM. In addition, it can be used as a working memory for gaming consoles.

The AS7C1024B-12JIN operates on the basis of static RAM (SRAM) which utilizes the following three underlying principles:

• Latches: SRAMs depend on “latches” to remember the data that is stored in them. A latch is made up of two transistors and two capacitors which are connected to form a flip-flop. When enabled, the transistors will ensure that the state of the latches is never changed as long as power is applied.
• Sense Amps: Sense amps are also employed by SRAMs to help keep the data stored in their memory cells. Sense amps help boost the signal from the memory cell so that the logic levels of the chip can be read by the processor.
• Memory Cells: The memory cells used in SRAM are made up of transistors that are used to store information. When the memory cell is triggered, the transistors will be turned on to store a binary “1” and when it is not triggered, the transistors will be turned off to store a binary “0”.

The AS7C1024B-12JIN utilizes these basic principles to produce reliable and efficient memory operations. With its use of low power consumption, low standby power and fast access time, the module can become the ideal memory solution for computers, embedded systems, cell phones and gaming consoles.

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