Microchip (PIC16F690-I/SO) 8 Bit MCU, Flash, 20 MHz, 7 KB, 20 Pins, SOIC

8 Bit MCU, Flash, PIC16 Family PIC16F6XX Series Microcontrollers, 20 MHz, 7 KB,20 Pins, SOICProduct OverviewThe PIC16F690-I/SO is a 8-bit/20-pin Flash-based CMOS Microcontroller withnanoWatt technology. The low pin-count (20) PIC® flash microcontroller productsoffer all of the advantages of the well recognized mid-range x14 architecturewith standardized features including a wide operating voltage of 2 to 5.5V,on-board EEPROM data memory and nanoWatt technology. Standard analogueperipherals include up to 12-channels of 10-bit A/D, an analogue comparatormodule with two comparators, programmable on-chip voltage reference and anenhanced capture/compare/PWM (ECCP+) w/dead band delay, auto-shutdown andrestart options. The oscillator module has a wide variety of clock sources andselection features that allow it to be used in a wide range of applicationswhile maximizing performance and minimizing power consumption.256-byte EEPROM data memoryExtended WDTMPLAB® ICD 2 programming support or debugging support with optional headeradapterSSP with I²C compatible address mask optionEUSART LIN 2.0 CompatibleECCP+ with PWM steering12 A/D ChannelsPower-saving sleep modePower-on reset (POR)Power-up timer (PWRTE) and oscillator start-up timer (OST)Brown-out reset (BOR) with software control optionMultiplexed master clear/input pinProgrammable code protectionApplicationsIndustrial, AutomotiveProduct InformationProduct Range: PIC16 Family PIC16F6XX Series MicrocontrollersCPU Speed: 20MHzProgram Memory Size: 7KBOperating Frequency Max: 20MHzRAM Memory Size: 256ByteNo. of Pins: 20PinsMCU Case Style: SOICIC Case / Package: SOICNo. of I/O's: 18I/O'sEmbedded Interface Type: EUSART, I2C, SPIInterfaces: EUSART, I2C, SPISupply Voltage Min: 2VSupply Voltage Max: 5.5VMCU Family: PIC16MCU Series: PIC16F6xxOperating Temperature Min: -40°COperating Temperature Max: 85°CIC Mounting: Surface MountQualification: AEC-Q100Automotive Qualification Standard: AEC-Q100MSL: MSL 1 - Unlimited