AT21CS01-STUM14-T Integrated Circuits (ICs)

Memory

AT21CS01-STUM14-T is a common memory component used in many electronics applications. It is used for storing data for later use, and also for buffering address and data signals in certain applications.

This component is used in two primary types of applications: in-circuit programming applications and embedded applications. In-circuit programming allows developers to customize their system with settings such as configuration settings, security information, or sensitive data. For embedded applications, AT21CS01-STUM14-T is used to store information like program settings, constants, software parameters, or application specific information. Being non-volatile, the component does not require a power supply for it to store data.

At21CS01-STUM14-T works on the basis of capacitive memory technology. The At21CS01-STUM14-T component has two major parts; a write circuitry, and a read circuitry. The write circuitry is responsible for writing data to the component while the read circuitry is responsible for reading data from the component. Both of these processes are done at high speed, allowing for fast data processing.

The write circuitry consists of a high voltage source and switching circuits. The high voltage source supplies voltage to the capacitors which store the data. The switching circuits control the data bits written to the capacitor, selecting the data bit that needs to be written, and deciding where in the capacitor it needs to be stored. The read circuitry is made up of a low voltage source and an analog to digital converter. The low voltage source provides the necessary voltages for the analog to digital converter to read the data in the capacitor from its analog form to a digital signal.

AT21CS01-STUM14-T is a powerful memory component capable of storing up to 128 kbits of data. It is capable of high-performance data processing, with access speeds of up to 30 MHz. This powerful, fast memory component is ideal for both in-circuit programming and embedded applications.