PIC18F46K80 is a high performance 8-bit MCU with Integrated ECAN™ featuring eXtreme Low Power consumption. New features in PIC18F46K80 include low sleep current for low power application, 1.8V to 5.5V operating voltage for automotive, building control, elevator control and industrial application, Timers/Enhanced Compare/Capture/PWMs for precision timing control, 12-bit ADC for advance analog interface and Charge Time Measurement Unit for easy capacitive touch user interface. The PIC18F46K80 family is ideal for applications requiring cost-effective, low-power CAN solutions with high performance and robust peripheral set.
Featuring nanoWatt XLP Technology ideal for battery applications20 nA Sleep mode (Watch Webinar)
300nA Watch Dog Timer operation in Sleep modes
Integrated ECAN™ conforming to CAN 2.0B active specification
Extreme Low Power Sleep mode ideal for battery applications
Operating voltage 1.8V – 5.5V
Charge Time Measurement Unit (CTMU) supports Touch sensing and advanced sensing applications
11 ch, 12-bit ADC
4 Capture / Compare / PWM modules and 1 Enhanced Capture / Compare / PWM modules
1 MSSP serial ports for SPI or I2C™ communication
2 Enhanced USART modules
Two analog comparators
Digital Signal Modulator
Self programming Flash supports 10k erase/write cycles & 20 years retention
PIC18F46K80 封装图
PIC18F46K80 封装图
PIC18F46K80 封装图
型号 | 制造商 | 描述 | 购买 |
---|---|---|---|
PIC18F46K80T-I/PT | Zilog | IC 6MHZ Z80 CMOS SIO/3 44-QFP | 立即购买 |
PIC18F46K80-I/P | TE | CONN HEADR BRKWAY .100 40POS STR | 立即购买 |
PIC18LF46K80-I/P | Sullins Connector | CONN HEADER .050" 50POS PCB GOLD | 立即购买 |
PIC18LF46K80T-I/PT | Wakefield-Vette | HEATSINKFOR35MMBGA | 立即购买 |
PIC18F46K80-E/ML | Aavid Thermalloy | BOARD LEVEL HEAT SINK | 立即购买 |
PIC18LF46K80T-I/ML | ATS | SUPERGRIP HEATSINK 40X40X7.5MM | 立即购买 |
PIC18F25K80是一种高性能,集成的ECAN 8位单片机具有极低功耗。
基于PIC18F2580的CAN总线超声波测距智能节点设计 1 引言 移动机器人要实现在不确定环境下运行,必须具备自动导航和避障功能。在移动机器人的导航系统
读写PIC18F452內部EEPROM的实例源程序 list p=18f452 #i nclude <P18F452.INC>; ;---- 18F452 RAM LOCATIONS ------
采用pic18f458单片机作为控制器,通过其增强型的PWM脉宽调制模块ECCP控制助力电机,实现eps系统的助力控制、回正控制、阻尼控制等方式。
本文利用GPS所提供的精确授时功能,采用单片机技术,实现了一种GPS时钟,并将时间信息通过LCD进行显示
本文研究一种微控制器为基础的信号采集系统,以满足信号采集的低成本和灵活模式。开发系统的主要硬件包括一台微型计算机、一个以PIC18F1320为基础的微控制器电路板以及串行通讯链
基于PIC18F85J90实现电子血压计设计方案 本血压计设计以PIC18F85J90为控制核心辅以气压传感器BP01和用作传感器与MCU之间模拟信号处理的Intersil ISL28413/ISL
本文利用PIC18F8520提取GPS高精度时钟,并在LCD上显示,所实现的时钟系统是配电线路故障远程监测及定位系统项目的一部分