MSP430FR5947IDAR

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The MSP430FR5947IDAR is an integrated microcontroller module from Texas Instruments. It is part of the MSP430FR5xx family and is designed for applications with low power and low cost requirements. The MSP430FR5947IDAR is based on the 16-bit MSP430FR59x core and has a high performance 32KB Flash memory, 4KB RAM, 4-channel 16-bit timer, one 16-bit hardware multiplier, and a 10-bit analog-to-digital converter (ADC).

The MSP430FR5947IDAR is an ideal solution for applications such as industrial instrumentation, medical systems, automatic control systems, smart grid solutions and motor control solutions. The MSP430FR5947IDAR provides the flexibility and performance to make these applications a breeze to implement. The module offers 64-pin TSSOP-EP packages and materials that are RoHS compliant. Moreover, the MSP430FR5947IDAR supports watch-dog timer, brown-out reset and digital I/O functions.

The MSP430FR5947IDAR is a highly integrated digital signal processor with operations that are optimized to provide a superior performance in power and speed while consuming minimal amounts of power. This makes it well-suited for many applications. The low-power features of the MSP430FR5947IDAR enable users to design cost effective devices with greater reliability and longer battery life.

The working principle of the MSP430FR5947IDAR microcontroller is based on the Harvard architecture that supports separate code and data buses. The microcontroller can be configured to use up to 32KB of Flash memory for program code in the form of executable binary code. This binary code is used to control the microcontroller active circuits. The processor clock speed is typically 8MHz or 16MHz and the bus speed can be manually adjusted for specific applications and optimized for greater performance. The microcontroller is programmed by forcing the output pins to produce either a logic low or a logic high state. The output pins can be connected to external circuitry using either pull-up resistors or pull-down resistors.

The MSP430FR5947IDAR is capable of communicating with peripherals and external circuitry through several communication buses. These include the Serial Peripheral Interface (SPI), Universal Serial Bus (USB), Serial Interface (UART), I2C, Application-Specific Integrated Circuit (ASIC) and Pulse Width Modulation (PWM). The MSP430FR5947IDAR also supports interrupts, which allow it to respond quickly to events, and provides features such as POR (Power-on Reset) and Brownout detection.

The MSP430FR5947IDAR also supports multiple power saving modes such as Standby, Sleep, Low Power and Real-Time Clock. Theses power saving modes help reduce the overall power consumption and extend battery life of the device. The low power mode allows the device to enter a low power consumption state while periodically checking for any events. The real-time clock feature allows the device to wake up and perform tasks at programmed intervals.

The MSP430FR5947IDAR is a powerful platform, which provides a wide range of features and performance for developers when developing embedded applications. The integration of the analog and digital signal processing and the communication interface of the MSP430FR5947IDAR make it suitable for applications such as motor control, power management, signal acquisition and monitoring. It is also suitable for low-power and cost effective applications such as wearables, electronic tags and smart sensors.

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