IDT71V416VS12PH

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Memory chips are highly versatile components in the electronics industry. The IDT71V416VS12PH is a static random access memory (SRAM) chip that is used in various applications, as it offers low power consumption, high-speed performance and low-latency writing. The IDT71V416VS12PH is also characterized by its wide voltage range and flexibility due to its dual voltage standard pinning. This makes it suitable for different logic families and allows it to be used in multiple settings.

The IDT71V416VS12PH is used in various applications, including embedded memory solutions, input/output ports, video applications, microcontrollers and system memory. This chip is also used in Industrial Controllers and embedded Sensor Interface system. Its read/write cycle time is relatively low, making it ideal for real-time applications. Its organization of memory cells ensures high density, resulting in an efficient use of space. Its reliable data retention and low power consumption enable it to provide the performance and reliability that embedded systems require.

The working principle of the IDT71V416VS12PH is based on a 4K bit array formed by 8-bit registers. The 8-bit registers are split into two 4-bit blocks, which allow two different types of formatting. The first formatting method is the byte format which is used as an addressable array of data. The second format is the nibble mode, which can be used to retrieve data stored in the horizontal and vertical directions within the array. The array operates in static mode and data is configured within the chip. The operation of the IDT71V416VS12PH is controlled by various control signals, such as chip select and write enable.

In order to read data, the chip select and address signals are applied. The address signals are used to select the data from the array, whereas the chip select signal enables the chip to begin its operations. Once the data is selected and the chip is enabled, the data is read from the array and latched. If a write operation is requested, the write enable signal must be applied in order to activate the write operation. The write operation then begins and the data is written to the array.

The IDT71V416VS12PH chip is a highly useful and versatile memory solution due to its low power consumption, high-speed performance, and adaptability. It can be used in a wide range of applications, such as embedded memory solutions, input/output ports, video applications, microcontrollers and system memory, and industrial controllers and embedded sensor interface system. Its reliable data retention, low power consumption and fast read/write cycles make it suitable for real-time applications. The chip has a 4K bit array organized into two 4-bit blocks which can be addressed in both byte and nibble modes, making it a low-cost, yet efficient way to store data.

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