S1R72U16F14E200

Interface - Controllers

S1R72U16F14E200 is used in industrial control and automation applications and is a highly reliable, low power, high performance single-chip microcontrollers. It features a full-duplex Ethernet interface, and has 128KB Flash memory for storage of program code and data.

The S1R72U16F14E200 is designed for applications where high performance and low power consumption are key requirements. It supports up to 4 timers, 16 channels of analogue and digital I/O pins, 6 interrupt inputs, and a watchdog timer. It also benefits from on-chip protection circuitry to reduce the possibility of damage due to electrical overstress.

The S1R72U16F14E200 is a versatile and reliable machine in robot position contol, data acquisition and process contol applications. The microcontroller is based upon a 16-bit, 32MHz RISC core and logic to handle interrupts, timers and watchdog timers. This offers maximal flexibility in terms of processor speed and pin availability.

The operating temperature range of the S1R72U16F14E200 is -40°C to +85°C, which allows for the microcontroller to be used in a wide range of industrial and automotive environments.

The working principle of the S1R72U16F14E200 is a combination of signal processing and signal measurement all within the microcontroller. Signals integrated on-chip can be used to monitor and control other external signals, such as actuators. The signal processor and signal measurement blocks are highly configurable and can be used for a variety of purposes from motor contol to servo movement.

The S1R72U16F14E200 can also be used for communications with other devices on the bus, allowing for further control, data transfers and diagnostics to be sent and received. The microcontroller has support for CAN open, SPI and I2C bus types as well as UART, USB and Ethernet protocols.

Overall, the S1R72U16F14E200 provides a powerful and reliable interface solution for industrial control and automation applications and provides an effective combination of signal processing and signal measurement, combined with the host of communications protocols available.