MN103000

The MN103000 is a very good product. There is some information about the specifications: (1)ROM (*64 bit): 16K; (2)RAM (*32 bit): 16K; (3)minimum instruction execution time: 17 ns (at 3.3 V, 60 MHz); (4)interrupts: RESET, IRC*8, NMI, timer*28, SIF*4, DMAC*4, WDT, A/D and system error; (5)serial interface: serial 0: 7, 8 bit*2 (clock synchronous mode, start-stop synchronous mode, I2C mode): clock source: (clock synchronous mode, start-stop synchronous mode): IOCLK, the underflow of timer counter, external clock; (I2C mode): IOCLK, the underflow of timer counter; (6)A/D inputs: 10 bit*8 ch; (7)PWM: 16 bit*5 ch; (8)ICR: 16 bit*15 ch (common with OCR); (9)OCR: 16 bit*15 ch (common with ICR); (10)timer synchronous output: 4 bit (synchronous output)*2 ch; (11)DMAC: 4 ch; (12)package: QFP160-P-2828B.

The following is about the electrical characteristics (at VDD=5 V) of the supply current: (1)operating supply current, IDD1: 250 mA when VDD, PVDD, AVDD=3.3 V, VI=VDD or VSS, Fosc=15.0 MHz, FRQS pin=Hi level, output released; (2)supply current at SLEEP, IDD2: 50 mA when VDD, PVDD, AVDD=3.465 V, VI=VDD or VSS, Fosc=15.0 MHz, FRQS pin=Hi level, output released; (3)supply current at HALT, IDD3: 5 mA when VDD, PVDD, AVDD=3.465 V, VI=VDD or VSS, Fosc=15.0 MHz, FRQS pin=Hi level, output released; (4)supply current at stopping, IDD4: 300A when VDD, PVDD, AVDD=3.465 V, VI=VDD or VSS, Fosc=oscillation stopped, output released.

The last one is about the electrical characteristics (at VDD=5 V) of the A/D conversion performance: (1)resolution: 10 bits; (2)A/D conversion absolute error: ±7 LSB max at VREF+=3.3 V, VREF=0.0 V, A/D conversion clock=5 MHz; (3)A/D conversion absolute error: ±5 LSB max at VREF+=3.3 V, VREF=0.0 V, A/D conversion clock=5 MHz; (4)A/D conversion time: 2.8s min.