NXP MMC2114CFCPV33

MMC2114CFCPV33 일반적인 설명

The MMC2114CFCPV33 by Microchip Technology is a cutting-edge MCU that offers a powerhouse of performance with its 32-bit ARM Cortex-M4 core. Operating at a maximum frequency of 100 MHz, this MCU delivers lightning-fast computational speed for a wide range of embedded applications. Its ample flash memory of 512 KB allows for efficient program storage, while the 128 KB of SRAM ensures smooth data manipulation and program execution. Moreover, the MCU comes equipped with multiple communication interfaces such as SPI, I2C, UART, and USB, enabling seamless connectivity with various devices and peripherals. The versatile voltage range of 2.1 to 3.6 volts makes the MMC2114CFCPV33 suitable for diverse applications, especially those requiring low power consumption or battery operation. Whether it's consumer electronics, industrial control systems, or IoT devices, this MCU is designed to meet the demands of modern technology with its robust features and exceptional performance

특징

• Features include:
• MCORE M210 integer processor:
• – 32-bit reduced instruction set computer (RISC) architecture
• – Low power and high performance
• OnCE debug support
• 128 Kbytes (MMC2113) or 256 Kbytes (MMC2114) FLASH
• memory(1):
• – Single cycle byte, half-word (16-bit) and word (32-bit) reads
• – Fast automated program and erase cycles
• – Ability to program one FLASH bank while executing from
• another (MMC2114 only)
• – Interrupt on program/erase command completion
• – Flexible protection scheme for accidental program/erase
• – Access restriction controls for both supervisor/user and
• data/program spaces
• – Enhanced security feature prevents unauthorized access to
• contents of FLASH (protects company IP)
• – Single supply operation (no need for separate, high voltage
• program/erase supply)
• 8 Kbytes (MMC2113) or 32 Kbytes (MMC2112 and MMC2114) of
• static random-access memory (SRAM):
• – Single cycle byte, half-word (16-bit), and word (32-bit) reads
• and writes
• – Standby power supply support
• Serial peripheral interface (SPI):
• – Master mode and slave mode
• – Wired-OR mode
• – Slave select output
• – Mode fault error flag with CPU interrupt capability
• – Double-buffered receiver
• – Serial clock with programmable polarity and phase
• – Control of SPI operation during wait mode
• – Reduced drive control
• – General-purpose input/output (I/O) capability
• Two serial communications interfaces (SCI):
• – Full-duplex operation
• – Standard mark/space non-return-to-zero (NRZ) format
• – 13-bit baud rate prescaler
• – Programmable 8-bit or 9-bit data format
• – Separately enabled transmitter and receiver
• – Separate receiver and transmitter CPU interrupt requests
• – Two receiver wakeup methods (idle line and address mark)
• – Receiver framing error detection
• – Hardware parity checking
• – 1/16 bit-time noise detection
• – Reduced drive control
• – General-purpose I/O capability
• Two timers:
• – Four 16-bit input capture/output compare channels
• – 16-bit architecture
• – 16-bit pulse accumulator
• – Pulse widths variable from microseconds to seconds
• – Eight selectable prescalers
• – Toggle-on-overflow feature for pulse-width modulation
• Queued analog-to-digital converter (QADC):
• – Eight analog input channels
• – 10-bit resolution ±2 counts accuracy
• – Minimum 7 µs conversion time
• – Internal sample and hold
• – Programmable input sample time for various source
• impedances
• – Two conversion command queues with a total of 64 entries
• – Subqueues possible using pause mechanism
• – Queue complete and pause interrupts available on both
• queues
• – Queue pointers indicate current location for each queue
• – Automated queue modes initiated by:
• External edge trigger and gated trigger
• Periodic/interval timer, within queued analog-to-digital
• converter (QADC) module {queue1 and queue2}
• Software command
• – Single-scan or continuous-scan of queues
• – Output data readable in three formats:
• Right-justified unsigned
• Left-justified signed
• Left-justified unsigned
• – Unused analog channels can be used as digital I/O
• – Minimum pin set configuration implemented (Continue .)

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