CP3BT23G18NEP/NOPB

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CP3BT23G18NEP/NOPB Application Field and Working Principle

The CP3BT23G18NE/NOPB is an advanced microcontroller that uses a range of versatile I/Os for higher versatility and flexibility. It is an integrated microcontroller family with a number of application-specific I/O, and is designed for embedded applications in a variety of industries. The CP3BT23G18NE/NOPB is ideal for integration into embedded systems, providing reliable operation, high performance and robustness.

The CP3BT23G18NE/NOPB advantage is its on-chip 32bit RISC processor core, allowing the device to run multiple concurrent applications with high speed, low power consumption and excellent system reaction time. The CP3BT23G18NE/NOPB is fully programmable, and its main function sets include keyboards, mouse and other human interface components. It also provides CAN networking capability.

Features

• 32-bit RISC processor core.
• Variable clock frequency up to 80MHz.
• 32/16/8/4KB of flash memory with multiple protection modes.
• 2KB memory for boot-up (BOOT) applications.
• 1024KB of Static RAM, 8/16KB of SRAM.
• Interfaces include SPI, I2C, Serial, and LIN.
• CAN physical layer and controller.
• Two 10-bit ADC with four channels.
• Three 16-bit timer/counter.
• Integrated power management unit.
• Independently programmable GPIOs.

Application Field

The CP3BT23G18NE/NOPB is intended for embedded applications, especially those requiring a high level of performance and flexibility. These include automotive and industrial control, microcontrollers for commercial, military and aerospace applications, IoT, medical and consumer products and more. The device can be used to monitor and control various parameters such as temperature and pressure, machine speed, fan speed, and other parameters related to factory automation and robotics.

In the automotive industry, the CP3BT23G18NE/NOPB is used in applications such as powertrain control and airbag safety systems, where precise real-time monitoring and control is essential. The device is also well-suited for use in industrial automation equipment, such as safety interlocks, temperature control and monitoring, and other high-performance needs depending on the application.

Working Principle

The CP3BT23G18NE/NOPB is based on a 32-bit ARM® Cortex®-M3 core running at up to 80MHz. It includes two 10-bit ADCs with four input channels, and three 16-bit timer/counters. The integrated power management unit allows for efficient energy consumption and low-power operation in a wide range of power-sensitive applications. The device also features I2C, SPI, Serial and LIN protocols, as well as a CAN physical layer and controller. Its flash memory is 32/16/8/4KB, while 2KB is dedicated to BOOT applications.

The CP3BT23G18NE/NOPB is programmed through the flash memory, either via an external programmer or by a serial interface. The RISC processor core is optimized for high performance, low power consumption and excellent system response time. The device supports up to 7 UARTs, 4 SPI/I2C ports, and 6 timers/counters for a variety of embedded applications. The device can also be programmed to configure many GPIOs as digital outputs, Analog Comparators, or as general purpose input/outputs.

The CP3BT23G18NE/NOPB features a low-power standby mode which allows it to operate at low clock speeds while drawing very low power. This mode can be used for applications requiring longer periods of inactivity such as in connected or standalone applications. It can also be used in battery-powered systems such as portable medical devices.

Conclusion

The CP3BT23G18NE/NOPB is an advanced microcontroller that offers an array of application-specific I/O and flexible programming options. It is designed for use in embedded systems and is well-suited for a range of automotive, industrial, medical and consumer products applications. The device is powered by a 32-bit ARM® Cortex®-M3 core running at up to 80MHz, providing greater performance and power efficiency. It includes two 10-bit ADCs with four input channels, and three 16-bit timer/counters. It also offers I2C, SPI, Serial and LIN protocols, as well as a CAN physical layer and controller. The device can be programmed to configure many GPIOs, as digital outputs, Analog Comparators, or as general purpose input/outputs.

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