NANO112SC2AN
The NuMicro® Nano112 series embedded with the ARM®Cortex®-M0 core runs up to 32 MHz with 16K/32K bytes embedded Flash and 4K/8K bytes embedded SRAM and 4K bytes Flash loader memory for In System Programming ( ISP ) . The Nano112 series integrates 4x36 & 6x34 COM/SEG LCD controller. Real Time Counter ( RTC ) , 12-bit SAR ADC, UART, SPI, I²C, PWM/Capture, Comparator, ISO-7816-3, Watchdog Timer ( WDT ) , Brown-out Detector, and fast wake-up via all peripheral interfaces, and supports 96-bit Unique ID and 128-bit Unique Customer ID..
Target Application:
Wearable Device, Portable Medical Device, Smart Home Appliances, Smart ( Water, Gas, Heat ) meter, etc.
Key Features:
| • | Core | ||
| - | Cortex®-M0 processor | ||
| - | Max frequency of 32 MHz | ||
| - | Operating voltage: 1.8V to 3.6V | ||
| - | Temperature range: -40 ℃ ~ 85 ℃ | ||
| • | Ultra-Low Power Consumption | ||
| - | 150 μA /MHz ( Normal ) | ||
| - | 65 μA /MHz ( Idle ) | ||
| - | 1.5 μA ( Power down, RTC on, RAM retention ) | ||
| - | 0.65 μA ( Power down, RAM retention ) | ||
| - | Fast wake-up: less than 3.5 us | ||
| • | Memory | ||
| - | 32 KB of Flash Memory | ||
| - | 8 KB of SRAM | ||
| - | Configurable Data Flash | ||
| - | ISP ( In-System Programming ) | ||
| - | ICP ( In-Circuit Programming ) | ||
| • | ADC | ||
| - | Up to 7 channels | ||
| - | 12-bit resolution | ||
| - | Up to 1.5 MSPS conversion rate | ||
| - | ± 1 ℃ accurate temperature sensor | ||
| • | Comparator | ||
| - | Two | ||
| • | PWM | ||
| - | Up to 4 channel PWM or 2 complementary paired PWM outputs | ||
| - | Period/duty trigger ADC function | ||
| • | LCD Controller | ||
| - | 4x32 & 6x30 COM/SEG LCD | ||
| • | Connectivity | ||
| - | Up to two SPIs ( up to 32 MHz ) | ||
| - | Up to two I²Cs ( up to 1 MHz ) | ||
| - | Up to four UARTs ( two up to 1 Mbps ) | ||
| - | Up to two ISO-7816-3 for smart card application | ||
| • | Clock Control | ||
| - | 4 to 24 MHz crystal oscillator | ||
| - | Internal 12 MHz / 16MHz ( 1 % accuracy ) | ||
| - | Internal 10 kHz OSC for low power system operation | ||