MSP430F67461IPZR

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The MSP430F67461IPZR is a highly integrated system on chip (SoC) from Texas Instruments and a member of their MSP430 ultra-low-power microcontroller (MCU) family.TheMSP430F67461IPZR is a 16-bit RISC architecture with a 50 to 72 MHz clock speed, 256KB ofFLASH, 64KB of SRAM, and a multitude of peripherals – including an integrated touch-screencontroller. It is also equipped with DMA, port mapper, analog, and power management features. The MSP430F67461IPZR is designed for low power and low cost applications, ideal for remote monitoring, energy management, and consumer products.

Application fields & working principle

The MSP430F67461IPZR has a broad range of application fields, most notably in consumer electronics and embedded systems. In consumer electronics, the MSP430F67461IPZR can be used in a variety of consumer devices such as TVs, audio devices, and gaming systems. The chip’s low power requirements and low cost also make it a great choice for applications such as low power IoT devices, automation, machine learning and embedded security systems.

The MSP430F67461IPZR has been extensively tested to withstand fluctuating temperatures and humidity levels and is especially suited for designs with constantly changing power requirements. This makes it ideal for embedded systems that are frequently employed in industrial and automotive settings. With its ability to rapidly switch between power and standby modes and support several low power modes, the MSP430F67461IPZR is well suited for applications such as motor control, robotics, and process control.

The MSP430F67461IPZR is a 16-bit RISC microcontroller that utilizes an internal instruction set that provides efficient and high performance machine code operations while consuming low power. It also supports optimized code generation by utilizing many addressing modes. On-chip peripherals are supported via direct memory access (DMA) and bus mastering capabilities.

The MSP430F67461IPZR also features an integrated port multiplexer which allows the device to support a wide variety of digital and analog peripherals. This port multiplexer provides an extendable instruction set to modify general-purpose inputs and outputs. The port multiplexer can be configured to support multiple serial busses, interrupts, serial-to-parallel and parallel-to-serial interface communication.

The MSP430F67461IPZR also features an integrated touch-screen controller which allows for easy user interaction and input. This controller supports a wide range of touch-screen technologies including resistive, capacitive and infrared. The touch-screen controller provides a low power interface for a variety of touch-screen solutions.

Finally, the MSP430F67461IPZR also features power management features including power-on reset, sleep modes, and wake-up sources. The low power modes support rapid entry and exit, allowing the device to switch between power and standby modes in the shortest amount of time possible. This feature makes the device ideal for applications such as energy management and renewable energy sources.

In conclusion, the MSP430F67461IPZR is an ideal choice for embedded systems due to its low power requirements, low cost, and range of peripherals. Its fast switch between power and standby modes, optimized code generation and on-chip peripherals are features which make the MSP430F67461IPZR an ideal choice for a wide range of applications including consumer electronics, embedded security systems, motor control, and robotics.

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