class='font-size-24
 mb-3'>PIC16F676
 Powerful
 (200
 nanosecond
 instruction
 execution)
 yet
 easy-to-program
 (only
 35
 single
 word
 instructions)
 CMOS
 Flash-based
 8-bit
 microcontroller
 pa
View
 Datasheet
 class='font-size-24
 mb-3'>Features:
class='font-size-14
 pl-3
 ml-1
 text-gray-110'>
128 bytes
 of
 EEPROM
 Data
 Memory
programmable pull-up
 resistors
individually selectable
 analog
 channels
ICD2 programming
 support
 or
 debugging
 support
 with
 optional
 header
 adapter
8 oscillator
 sellections
 including
 precision
 4
 MHz
 RC
 oscillator
 with
 programmable
 calibration
 and
 Power-on
 Reset
  Device
 Overview
Summary
This
 powerful
 (200
 nanosecond
 instruction
 execution)
 yet
 easy-to-program
 (only
 35
 single
 word
 instructions)
 CMOS
 Flash-based
 8-bit
 microcontroller
 packs
 Microchip’s
 powerful
 PIC®
 MCU
 architecture
 into
 a
 14-pin
 package
 and
 features
 8
 channels
 for
 the
 10-bit
 Analog-to-Digital
 (A/D)
 converter,
 1
 comparator
 and
 128
 bytes
 of
 EEPROM
 data
 memory.
 This
 device
 is
 easily
 adapted
 for
 automotive,
 industrial,
 appliances
 and
 consumer
 entry-level
 product
 applications
 that
 require
 field
 re-programmability.
Additional
 Features
class='font-size-14
 pl-3
 ml-1
 text-gray-110'>
128 bytes
 of
 EEPROM
 Data
 Memory
programmable pull-up
 resistors
individually selectable
 analog
 channels
ICD2 programming
 support
 or
 debugging
 support
 with
 optional
 header
 adapter
8 oscillator
 sellections
 including
 precision
 4
 MHz
 RC
 oscillator
 with
 programmable
 calibration
 and
 Power-on
 Reset
                        
                        
                     
                    
                        
                            
                                
                                        Based on 1 reviews
                                                                            5
                                    overall
                                 
                                
                                
                                
                             
                            
                         
                        
                                
                                    
                                    
                                    
                                    
                                    
                                    
                                        Ahsan jamshaid
                                        - March 26, 2021