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Embedded - Microcontrollers

The dsPIC33EV256GM002-E/SP is a popular digital signal controller (DSC) device from Microchip Technology Inc. This DSC combines a powerful 16-bit microcontroller core and digital signal processor (DSP) core with sophisticated peripherals and a highly optimized instruction set. With its low power consumption and wide range of features, such as pulse-width modulation, capture/compare/PWM, analog-to-digital converters (ADCs), serial peripheral interface (SPI), I2C, CAN protocol support, and various clock and low power modes, this device is ideal for a wide range of applications in the automotive, consumer and industrial markets.

The dsPIC33EV256GM002-E/SP is based on Microchip’s Enhanced 16-Bit dsPIC33E family architecture, which utilizes an 8-bit architecture with several optimizations to increase performance and response time while providing industry-leading power consumption and system performance. The device features a 16-bit core with a maximum CPU clock rate of 70 MIPS (millions of instructions per second). It is capable of executing up to 0.55 DMIPS/MHz and can operate from a single power supply of 1.8V to 3.6V. It also includes on-chip ECC (error-code correction) capability, on-chip digital signal processing, an array of sophisticated peripheral modules, and integrated real-time clock (RTC). It contains 106 KBytes of flash memory, 2 KBytes of EEPROM, 2 KBytes of RAM, and 6 KBytes of program memory.

The dsPIC33EV256GM002-E/SP utilizes a pipeline of mixed-signal peripherals for signal/noise reduction and power efficiency. The peripherals include a fast 10-bit analog-to-digital converter (ADC), six 16-bit timers/capture/compare/PWM (CCP), dual addressable 16-bit CCPs, a 10-bit digital-to-analog converter (DAC), two serial ports, a CAN bus module, and a serial peripheral interface (SPI). The pipeline of mixed-signal peripherals is capable of up to two-digit resolution and up to five process control loop cycles per milisecond.

The dsPIC33EV256GM002-E/SP is an ideal device for applications where the goal is to deliver advanced systems and low-power solutions in a wide range of end applications such as: Digital Power Conversion, Motor Control, Automotive Safety Systems, Home Appliances, and Wearable Products. With its integrated PICtail™ Plus Daughter Board, customers can plug and play with Microchip’s expansive set of peripheral modules for further development of their embedded designs.

The dsPIC33EV256GM002-E/SP utilizes a traditional Von Neumann architecture. The device’s Instruction Set Architecture is 16-bits, allowing for up to 24 instructions per clock cycle. The device also features an extended addressing mode, allowing for up to 5 additional instructions within the same instruction bus cycle. The device core is capable of up to 10 MIPS using an internal oscillator that runs at 16 MHz, with 4 MIPS consuming around 8 mA, and 6 MIPS consuming around 11 mA.

The dsPIC33EV256GM002-E/SP supports multiple code and data memory architectures through its enhanced EEPROM, flash, RAM and program memory units. The EEPROM supports up to 2 KBytes, with write cycles up to 1 million in order to provide the most robust non-volatile memory capabilities available on a single-chip device. The device’s flash memory has a maximum read/write access at 4 MHz, and has a maximum programming speed that is higher than any of their competitors’ devices. Its on-board RAM and program memory can be accessed simultaneously for static and dynamic code and data memory operations.

The dsPIC33EV256GM002-E/SP is designed for use in low-power, low-noise sensor-based applications. It is suitable for a variety of applications that require low power and fast performance. With its highly optimized instruction set, the device consumes less power than both the dsPIC33FJ256GP506-E/SP and the PIC24FJ256DA210-E/SP, making it a good choice for battery-powered devices like intelligent actuators, HVAC systems, and smart meters.

The dsPIC33EV256GM002-E/SP is perfect for a range of energy-sensitive applications that require high performance, low power, and high accuracy. Its sophisticated peripherals and instructions, along with its low power consumption and various clock and low power modes, make it the ideal device for automotive, consumer and industrial applications.

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