93C86C-E/MS

A 93C86C-E/MS is a type of non-volatile memory component that is used in a number of microprocessor systems. These devices are ideal for applications that require reliable data storage due to their long-term performance as memory components. This component can also be used to store user preferences, application settings, and device configuration data.

The 93C86C-E/MS is a Serial EEPROM component that utilizes a standard microcontroller serial interface. It connects to an I2C bus and is typically used in embedded applications such as medical instruments, security systems, and industrial equipment. It stores 8-bit data and has a total storage capacity of 4096 bits. Its maximum frequency rate is 400 kHz, allowing for fast data transfer rates.

The 93C86C-E/MS can provide reliable storage in an ultra-low-power environment and is designed to operate with minimal power consumption. The component is available in a range of temperatures (-40 to +125 degrees Celsius) and package sizes, making it suitable for a wide variety of applications. It has a 5-pin SOIC package and is available in two versions: one with an active-low chip enable pin and one without an active-low chip enable pin.

The 93C86C-E/MS utilizes a 3-wire Serial Interface to communicate with a microcontroller and comes with an advanced 6-bit Self-Timed Write Algorithm. This algorithm uses a unique write sequence that prevents data corruption due to the power supply fluctuations, ensuring reliable data storage and retrieval. The component also uses a special buffering mechanism to reduce data errors due to system noise.

The 93C86C-E/MS is designed to give the user full control over the stored data. It comes with a full set of control and write commands, including write tolerance, overflow protection, and power down mode. The component is able to operate at a temperature range of -40°C to +125°C and has a maximum supply voltage of 3.6V. It also has a clock frequency of up to 400 kHz.

The 93C86C-E/MS is a reliable non-volatile memory component that is ideal for applications that require reliable data storage due to its long-term performance as memory components. It operates at low power and can provide reliable storage in an ultra-low-power environment. It is available in two versions, with or without an active-low chip enable pin, and comes with a full set of control and write commands, making it suitable for a wide variety of applications.