CUSMPR52ST01G1

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The CUSMPR52ST01G1 is an low power, medium-performance microprocessor designed for a wide range of applications. It has a large variety of on-chip peripherals, which makes it suitable for embedded systems, industrial automation, communication systems and other embedded applications. The CUSMPR52ST01G1 can be used in a variety of system solutions requiring low power consumption and low cost. The microprocessor is based on the ARM Cortex core, and is optimized for maximum performance with minimal energy consumption.

The CUSMPR52ST01G1 has a variety of application fields. It is used in industrial control systems, such as weighing, temperature control, motor control, etc. It can also be used in consumer, automotive, medical, aviation, communication, and instrument applications.

The CUSMPR52ST01G1 has a 32-bit ARM Cortex-M4 processor core as its core component. The processor core operates at up to 102MHz and features advanced power management options such as variable voltage selection and power gating. The processor also features two 16-bit timer/counters, four serial busses, three parallel busses, one flash, and two data-addressing pointers.

The CUSMPR52ST01G1 features the real-time watchdog timer and the real-time clock. The RTC is an 8-bit timer/counter that can be used for regular and periodic interrupt events. The WDT is a 12-bit timer/counter that can be used to detect system faults and reset system functions.

The CUSMPR52ST01G1 has one of the most powerful and reliable Low Pin Count (LPC) interfaces. LPC is a simple serial protocol that can be used to connect peripherals to a microcontroller. It is used mainly for low-speed data, such as keyboard, mouse, and joystick input. The LPC interface can also be used to connect high-speed peripherals such as disk drives.

The CUSMPR52ST01G1 has several basic peripherals. The chip includes a UART, I2C, SPI and DMA interface, and a JTAG port. All of the peripherals are clocked by the processor core’s internal clock, so that they operate at the same speed. This allows for higher speed operation as well as increasing the overall system integration.

The CUSMPR52ST01G1 has several power management features which allow it to operate without requiring a battery. The chip has four Sleep Modes with different power levels, from low power to full power. The Sleep Modes are designed to save power and reduce the amount of time the processor is idle. The chip also supports Software Idle and DP0/DP1 Sleep Modes.

The CUSMPR52ST01G1 has an 8-channel DMA controller that can be used to move data around. The 8-channel DMA controller also simplifies peripheral access and reduces the amount of processor cycles that are consumed. The chip also has two general-purpose DMA channels that can be used for transferring data between two peripherals.

The CUSMPR52ST01G1 has several clock sources. The most common is the main clock, which is supplied by an external source. The processor can also use an on-chip oscillator, an external low-speed oscillator, or an external clock. All of these sources can be used to adjust the processor speed, which allows for higher performance at lower power consumption.

The CUSMPR52ST01G1 also supports a variety of memory types. It has two types of memories: the FLASH, which is used to store data and program instructions, and the SRAM, which is used for data storage. The FLASH memory is available in a range of capacities, and it is typically used for program instructions. The SRAM memory is used for data storage, with a large capacity and fast operation.

The CUSMPR52ST01G1 is an excellent choice for a wide variety of applications. Its powerful processor core, low power consumption, and wide range of on-chip peripherals make it suitable for industrial control, consumer, automotive, medical, communication, and instrument applications. With its low cost and low power consumption, the CUSMPR52ST01G1 is an excellent choice for embedded and industrial systems.

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