C164CI8E25MDBKXQMA1

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C164CI8E25MDBKXQMA1 is an 8-bit single-chip microcontroller from Infineon Technologies AG. It belongs to the 16-bit XC166 Central Processing Unit (CPU) family, and is used for embedded-control applications. This microcontroller is designed for cost-sensitive applications and offers a wide range of features and functions.

The C164CI8E25MDBKXQMA1 is a large-scale integrated (LSI) single-chip microcontroller containing an 8-bit microprocessor core, peripheral modules, embedded memory and flash memory. It integrates a wide range of peripheral modules and peripherals allowing for cost savings, small form factor and expanded capabilities.

The main applications of the C164CI8E25MDBKXQMA1 embedded-control microcontroller include automotive, industrial and consumer electronics. It features a variety of features and functions including low power dissipation, code size flexibility, comparative instructions and interrupts.

The C164CI8E25MDBKXQMA1 has a wide range of I/Os and peripheral interfaces. These include high-speed, low-speed, Serial Peripheral Interfaces (SPI) and I2C Masters/Slaves for communication with other devices. This microcontroller supports up to 12 address lines and four data lines. It also has access to 120 kbits of flash memory and 1Kb of RAM.

The C164CI8E25MDBKXQMA1 has a variety of analog-to-digital and digital-to-analog converters (ADCs and DACs). These devices are used for signal conversion, digital signal processing and data acquisition. The ADCs and DACs also support digital control hardware, external triggers and synchronization.

The C164CI8E25MDBKXQMA1 has an embedded Operating System (OS). The OS provides an interface between the application and the hardware, allowing applications to be developed with limited knowledge of the underlying hardware. The OS also allows the user to interface with the hardware in a simplified way.

The C164CI8E25MDBKXQMA1 has a wide range of peripherals including timers, counters, capture/compare units and real-time clock/calendars. These peripherals are used to control the timing and synchronization of the system. The timers and counters can be used to control the system clock frequency and the capture/compare units are used to capture input signals from the surrounding environment.

The C164CI8E25MDBKXQMA1 has several options for data communication, including Universal Asynchronous Receiver Transmitter (UARTs), Inter-Integrated Circuit (I2C), Serial Peripheral Interface (SPI) and CAN Bus. The UARTs are used for serial transmission and reception of data, while the I2C and SPI are used for communication between peripherals at different nodes. CAN Bus is used for communication between automotive electronic devices.

The C164CI8E25MDBKXQMA1 is optimized for power saving and reliability. The low power dissipation rates of the microcontroller ensure that it can be operated in both static and dynamic modes. The power savings mode allows the microcontroller to perform the same instructions while consuming less power. This also reduces the heat generation of system components, increasing the reliability of the system.

The C164CI8E25MDBKXQMA1 has an advanced I/O capability. It offers a variety of digital and analog I/Os, allowing for flexible connections with external devices. The digital I/Os can be configured for input, output, and bi-directional data latches. The analog I/Os support a wide range of resolutions from 8-bits to 16-bits.

Overall, the C164CI8E25MDBKXQMA1 is a cost-effective and powerful 8-bit single-chip microcontroller, especially suitable for embedded-control applications. It offers a wide range of features and functions, including low power dissipation and a wide range of I/Os. The embedded operating system and access to a wide range of peripheral modules also allows for cost savings and flexible system programming for various applications.

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