AT24CS16-STUM-T

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AT24CS16-STUM-T is a serial EEPROM (Electrically-Erasable Programmable Read-Only Memory). EEPROMs provides non-volatile, random access memory that can store data even when the power is switched off. The AT24CS16-STUM-T is an I2C compatible EEPROM chip, developed and produced by Atmel Corporation. It can be mounted directly on a PCB, or mounted in an IC socket for ease-of-use.

The AT24CS16-STUM-T has a 16KB memory capacity, with a page write capability of 32 bytes. This means data can be written a byte at a time, or two bytes at a time. It also supports the I2C clock stretching capability, which allows the microcontroller to pause while writing data. The internal clock of the chip is capable of up to 1MHz, meaning data can be transferred quickly between the chip and the microcontroller.

The AT24CS16-STUM-T is a great choice for applications requiring high-speed and low power consumption. It can be used for data logging, data storage and firmware updates. It is also commonly used for low-power applications such as smart cards and wearable technology.

In terms of working principle, the AT24CS16-STUM-T comes equipped with a control logic unit that detects the start condition, reads and retrieves data, and also writes data to the memory. It uses the I2C communication protocol, which is a two-wire synchronous serial communication protocol. It uses the SCL (clock) line and the SDA (data) line, which carry the timing and data signals between the memory and the controller.

When a start condition is detected, the chip will enter a write or read mode. The mode is then determined by the slave address and the memory or register offset sent by the master. The master then sends in the write/read data, which is stored in the internal memory. In order to read data, a read instruction is sent, followed by the I2C address and register offset. The data is then sent out to the I2C bus, which is received by the master.

In addition to this, the AT24CS16-STUM-T also provides a timeout feature, which sets a time limit for communication between the memory and the controller. If this time limit is exceeded, the chip will reset itself. This prevents data corruption and ensures data is always consistent.

The AT24CS16-STUM-T is a great choice for memory applications where high speed, low power consumption and reliable data storage are required. Its features make it ideal for low power applications, and its robust design ensures it is long-lasting and reliable.

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