JS28F256P30T95A

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Memory: JS28F256P30T95A Application Field and Working Principle

JS28F256P30T95A is a type of non-volatile Integrated Flash memory (IFM) developed and produced by AMD Corporation in 2020. It belongs to the Flash memory in the memory category, which is adopted by many system designers to store information. This non-volatile memory device has a die size of 397.5 μm × 473 μm and system management purposes. The JS28F256P30T95A can also be applied to embedded systems, applications and tools that require high performance and long term running time.

Application Field of JS28F256P30T95A

The JS28F256P30T95A provides a high-performance, low-power, non-volatile storage solution for embedded systems. This device offers advantages over traditional non-volatile storage technologies, such as low cost, fast access, and low power consumption. The device can store up to 32 Mbit of data, with a page size of up to 512 bytes.

The JS28F256P30T95A is mainly used in applications requiring fast and reliable data storage, such as automotive SIM cards, mobile security, medical equipment and industrial automation devices. In connection with microcontrollers, the JS28F256P30T95A enables microcontrollers to store data persistently, even when the power is lost, thus helping devices remain safe in the event of power failure. This technology is also beneficial in applications requiring complex tasks to be performed using low power.

Working Principle of JS28F256P30T95A

The working principle of the JS28F256P30T95A is based on the fact that electrons can be stored as "charge packets" in the silicon. The integrated circuit consists of an electrical circuit that stores these electrons on a microscopic level. To store data in the chip, circuits on the chip cause the electrons to flow in a specific pattern. When a programmer wants to read the data stored on the chip, these electrons are sensed and decoded by the microcontroller.

The JS28F256P30T95A includes a page-programming mode and a random-access reading mode, which allow the integrated circuit to be programmed through various microcontrollers. In addition, the chip also features error-correcting code (ECC) to ensure data integrity and security, as well as array-program optimization and data protection locking. With these features, the chip can provide reliable and long-term data storage.

The JS28F256P30T95A is a reliable and cost-effective non-volatile storage device, and has become a popular choice for embedded systems, applications and tools that require high performance and long-term memory. With its easy to use interface, low cost, fast access, and low power consumption, the JS28F256P30T95A provides an excellent solution for a wide range of applications.

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