基于Arm Cortex-M0+内核的低成本微控制器(MCU)

The LPC81x MCU family provides an optimal entry point into the low-cost LPC800 series. This family balances a range of versatile timing, connectivity, and analog peripherals while delivering it in a low pin count easy to use package. Unique to this price level, this family provides three select peri LPC81x and LPC83x MCUs are ideal for:\n• Sensor gateways\n• Communications interface for wireless protocols such as NFC, BTLE, Zigbee or WiFi\n• Human machine interface (HMI) tasks such as touch, gesture, swipe\n• Battery powered devices\n• Space constrained designs\n• Simple protocol bridging\n• Re;

恩XP

恩智浦

基于Arm Cortex-M0+内核的低成本微控制器(MCU)

The LPC81x MCU family provides an optimal entry point into the low-cost LPC800 series. This family balances a range of versatile timing, connectivity, and analog peripherals while delivering it in a low pin count easy to use package. Unique to this price level, this family provides three select peri LPC81x and LPC83x MCUs are ideal for:\n• Sensor gateways\n• Communications interface for wireless protocols such as NFC, BTLE, Zigbee or WiFi\n• Human machine interface (HMI) tasks such as touch, gesture, swipe\n• Battery powered devices\n• Space constrained designs\n• Simple protocol bridging\n• Re;

恩XP

恩智浦

32-bit ARM Cortex-M0+ microcontroller; up to 16 kB flash and 4 kB SRAM

The LPC81x MCU family provides an optimal entry point into the low-cost LPC800 series. This family balances a range of versatile timing, connectivity, and analog peripherals while delivering it in a low pin count easy to use package. Unique to this price level, this family provides three select peri LPC81x and LPC83x MCUs are ideal for:\n• Sensor gateways\n• Communications interface for wireless protocols such as NFC, BTLE, Zigbee or WiFi\n• Human machine interface (HMI) tasks such as touch, gesture, swipe\n• Battery powered devices\n• Space constrained designs\n• Simple protocol bridging\n• Re;

恩XP

恩智浦