PD70F3378 70F3379 70F3380 70F3381 70F3382 V850ES/FJ3 V850ES/FE3 V850ES/FF3

2010 4 1 NEC http://www.renesas.com 2010 4 1 http://www.renesas.com http://japan.renesas.com/inquiry 1. 2. 3. 4.

2010 4 1 NEC http://www.renesas.com 2010 4 1 http://www.renesas.com http://japan.renesas.com/inquiry 1. 2. 3. 4. 5. 6. 7. OA AV 8. 9. 10. RoHS 11. 12. 1. 2. 1 MOS MOS Integrated Circuit PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 V850ES/FJ3 V850ES/FJ3 32 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 32 V850 CPU, ROM, RAM, 32 A/D DMA CAN 1 V850ES/FE3 V850ES/FE3, V850ES/FF3 V850ES/FF3, V850ES/FG3 V850ES/FG3, V850ES/FJ3 V850ES/FJ3, V850ES/FK3 V850ES/FK3 U17793J U17793J V850ES V850ES U15943J U15943J 83 20.83 nsfXX= 48 MHz 32 ×32 RAM16/24/32/40/48 RAM16/24/32/40/48 K 1. 256/384/512/768/1024 K 1. 2 1. : 2 16 I/O : 2 128 16 AATAA5ch 16 ABTMAB3 ch 16 MTMM1 ch 1 ch 21 ch U18608JJ2V0DS00 U18608JJ2V0DS00 2 December 2007 NS "" PDF © NEC Electronics Corporation 2007 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 SIO AUARTA3 ch, 6 ch1. 3 BCSIB3 ch, 4 ch1. CAN 3 ch, 4 ch1. DMA 4 ch A/D 10 24 ch CPU 7 fXX, fXX/2, fXX/4, fXX/8, fXX/16, fXX/32, fSC PLL 240 kHzTYP. 8 MHzTYP. HALT/IDLE1/IDLE2 STOP IDLE CAN 2 U18608JJ2V0DS U18608JJ2V0DS PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 PD70F3378M1GJA-GAE-AX PD70F3378M1GJA-GAE-AX 144 PD70F3378M1GJA1-GAE-AX PD70F3378M1GJA1-GAE-AX LQFP 256 K A A1 PD70F3378M1GJA2-GAE-AX PD70F3378M1GJA2-GAE-AX A2 PD70F3378M2GJA-GAE-AX PD70F3378M2GJA-GAE-AX 20×20 A PD70F3378M2GJA1-GAE-AX PD70F3378M2GJA1-GAE-AX A1 PD70F3378M2GJA2-GAE-AX PD70F3378M2GJA2-GAE-AX A2 PD70F3379M1GJA-GAE-AX PD70F3379M1GJA-GAE-AX 384 K A PD70F3379M1GJA1-GAE-AX PD70F3379M1GJA1-GAE-AX A1 PD70F3379M1GJA2-GAE-AX PD70F3379M1GJA2-GAE-AX A2 PD70F3379M2GJA-GAE-AX PD70F3379M2GJA-GAE-AX A PD70F3379M2GJA1-GAE-AX PD70F3379M2GJA1-GAE-AX A1 PD70F3379M2GJA2-GAE-AX PD70F3379M2GJA2-GAE-AX A2 PD70F3380M1GJA-GAE-AX PD70F3380M1GJA-GAE-AX 512 K A PD70F3380M1GJA1-GAE-AX PD70F3380M1GJA1-GAE-AX A1 PD70F3380M1GJA2-GAE-AX PD70F3380M1GJA2-GAE-AX A2 PD70F3380M2GJA-GAE-AX PD70F3380M2GJA-GAE-AX A PD70F3380M2GJA1-GAE-AX PD70F3380M2GJA1-GAE-AX A1 PD70F3380M2GJA2-GAE-AX PD70F3380M2GJA2-GAE-AX A2 PD70F3381M1GJA-GAE-AX PD70F3381M1GJA-GAE-AX 768 K A PD70F3381M1GJA1-GAE-AX PD70F3381M1GJA1-GAE-AX A1 PD70F3381M1GJA2-GAE-AX PD70F3381M1GJA2-GAE-AX A2 PD70F3381M2GJA-GAE-AX PD70F3381M2GJA-GAE-AX A PD70F3381M2GJA1-GAE-AX PD70F3381M2GJA1-GAE-AX A1 PD70F3381M2GJA2-GAE-AX PD70F3381M2GJA2-GAE-AX A2 PD70F3382M1GJA-GAE-AX PD70F3382M1GJA-GAE-AX 1024 K A PD70F3382M1GJA1-GAE-AX PD70F3382M1GJA1-GAE-AX A1 PD70F3382M1GJA2-GAE-AX PD70F3382M1GJA2-GAE-AX A2 PD70F3382M2GJA-GAE-AX PD70F3382M2GJA-GAE-AX A PD70F3382M2GJA1-GAE-AX PD70F3382M2GJA1-GAE-AX A1 PD70F3382M2GJA2-GAE-AX PD70F3382M2GJA2-GAE-AX A2 1. A-4085A1-40110A2-40125 2. -AX NEC C11531J C11531J U18608JJ2V0DS U18608JJ2V0DS 3 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 Top View 144 143 142 141 140 139 138 137 136 135 134 133 132 131 130 129 128 127 126 125 124 123 122 121 120 119 118 117 116 115 114 113 112 111 110 109 P70/ANI0 P70/ANI0 P71/ANI1 P71/ANI1 P72/ANI2 P72/ANI2 P73/ANI3 P73/ANI3 P74/ANI4 P74/ANI4 P75/ANI5 P75/ANI5 P76/ANI6 P76/ANI6 P77/ANI7 P77/ANI7 P78/ANI8 P78/ANI8 P79/ANI9 P79/ANI9 P710/ANI10 P710/ANI10 P711/ANI11 P711/ANI11 P712/ANI12 P712/ANI12 P713/ANI13 P713/ANI13 P714/ANI14 P714/ANI14 P715/ANI15 P715/ANI15 P120/ANI16 P120/ANI16 P121/ANI17 P121/ANI17 P122/ANI18 P122/ANI18 P123/ANI19 P123/ANI19 P124/ANI20 P124/ANI20 P125/ANI21 P125/ANI21 P126/ANI22 P126/ANI22 P127/ANI23 P127/ANI23 PDL15/AD15 PDL15/AD15 PDL14/AD14 PDL14/AD14 PDL13/AD13 PDL13/AD13 PDL12/AD12 PDL12/AD12 PDL11/AD11 PDL11/AD11 PDL10/AD10 PDL10/AD10 PDL9/AD9 PDL8/AD8 PDL7/AD7 PDL6/AD6 PDL5/AD5/FL MD1 PDL4/AD4 144 LQFP20 LQFP20×20 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 108 107 106 105 104 103 102 101 100 99 98 97 96 95 94 93 92 91 90 89 88 87 86 85 84 83 82 81 80 79 78 77 76 75 74 73 P50/KR0/TIAB01/TOAB01/TOAB0T1 P50/KR0/TIAB01/TOAB01/TOAB0T1 P51/KR1/TIAB02/TOAB02/TOAB0B1 P51/KR1/TIAB02/TOAB02/TOAB0B1 P52/KR2/TIAB03/TOAB03/TOAB0T2/DDI P52/KR2/TIAB03/TOAB03/TOAB0T2/DDI P53/KR3/TIAB00/TOAB00/TOAB0B2/DDO P53/KR3/TIAB00/TOAB00/TOAB0B2/DDO P54/KR4/TOAB0T3/DCK P54/KR4/TOAB0T3/DCK P55/KR5/TOAB0B3/DMS P55/KR5/TOAB0B3/DMS P60/INTP11 P60/INTP11 P61/INTP12 P61/INTP12 P62/INTP13/SOB3 P62/INTP13/SOB3 4 P63/SIB34 P63/SIB34 P64/SCKB34 P64/SCKB34 P65/CTXD2 P65/CTXD2 P66/CRXD2 P66/CRXD2 P67/CTXD33 P67/CTXD33 P68/CRXD P68/CRXD 33 P69 P610/TIAB20/TOAB20 P610/TIAB20/TOAB20 P611/TIAB21/TOAB21 P611/TIAB21/TOAB21 P612/TIAB22/TOAB22 P612/TIAB22/TOAB22 P613/TIAB23/TOAB23 P613/TIAB23/TOAB23 P614 P615 P80/RXDD33 P80/RXDD33 /INTP14 /INTP14 P81/TXDD33 P81/TXDD33 P90/KR6/TXDD1 P90/KR6/TXDD1 P91/KR7/RXDD1 P91/KR7/RXDD1 P92/TIAB11/TOAB11 P92/TIAB11/TOAB11 P93/TIAB12/TOAB12 P93/TIAB12/TOAB12 P94/TIAB13/TOAB13 P94/TIAB13/TOAB13 P95/TIAB10/TOAB10 P95/TIAB10/TOAB10 P96/TIAA21/TOAA21 P96/TIAA21/TOAA21 P97/SIB1/TIAA20/TOAA20 P97/SIB1/TIAA20/TOAA20 P98/SOB1/TIAB03/TOAB03 P98/SOB1/TIAB03/TOAB03 P99/SCKB1/TIAB00/TOAB00 P99/SCKB1/TIAB00/TOAB00 P910/SIB2/CTXD2 P910/SIB2/CTXD2 P911/SOB2/CRXD2 P911/SOB2/CRXD2 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 AVREF0 AVSS P10/INTP9 P10/INTP9 P11/INTP10 P11/INTP10 EVDD P00/TIAA31/TOAA31 P00/TIAA31/TOAA31 P01/TIAA30/TOAA30 P01/TIAA30/TOAA30 FLMD01 FLMD01 VDD REGC 2 VSS X1 X2 RESET XT1 XT2 P02/NMI/TIAA40/TOAA40 P02/NMI/TIAA40/TOAA40 P03/INTP0/ADTRG/TIAA41/TOAA41 P03/INTP0/ADTRG/TIAA41/TOAA41 P04/INTP1/CRXD0 P04/INTP1/CRXD0 P05/INTP2/DRST P05/INTP2/DRST P06/INTP3/CTXD0 P06/INTP3/CTXD0 P40/SIB0/KR0/RXDD33/INTP143 P40/SIB0/KR0/RXDD33/INTP143 P41/SOB0/KR1/TXDD33 P41/SOB0/KR1/TXDD33 P42/SCKB0/KR2 P42/SCKB0/KR2 P30/TXDD0 P30/TXDD0 P31/RXDD0/INTP7 P31/RXDD0/INTP7 P32/ASCKD0/TOAA01/TIAA00/TOAA00 P32/ASCKD0/TOAA01/TIAA00/TOAA00 P33/TIAA01/TOAA01/CTXD0 P33/TIAA01/TOAA01/CTXD0 P34/TIAA10/TOAA10/CRXD0 P34/TIAA10/TOAA10/CRXD0 P35/TIAA11/TOAA11 P35/TIAA11/TOAA11 P36/CTXD1 P36/CTXD1 P37/CRXD1 P37/CRXD1 EVSS EVDD P38/TXDD2 P38/TXDD2 P39/RXDD2/INTP8 P39/RXDD2/INTP8 1. FLMD0 VSS 2. 3. PD70F3378 PD70F3378 4. 4 REGC 4.7 F VSS PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380 U18608JJ2V0DS U18608JJ2V0DS PDL3/AD3 PDL2/AD2 PDL1/AD1 PDL0/AD0 BVDD/VDD1 3 BVSS/VSS1 3 PCT7 PCT6/ASTB PCT5 PCT4/RD PCT3 PCT2 PCT1/WR1 PCT0/WR0 PCS7 PCS6 PCS5 PCS4 PCM5 PCM4 PCM3/HLDRQ PCM2/HLDAK PCM1/CLKOUT PCM0/WAIT PCS3/CS3 PCS2/CS2 PCS1/CS1 PCS0/CS0 PCD3 PCD2 PCD1 PCD0 P915/INTP6/SCL00/TXDD43 P915/INTP6/SCL00/TXDD43 P914/INTP5/SDA00/RXDD43 P914/INTP5/SDA00/RXDD43 P913/INTP4/PCL/RXDD53 P913/INTP4/PCL/RXDD53 P912/SCKB2/TXDD53 P912/SCKB2/TXDD53 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 AD0 to AD15: Address/data bus PCT0 to PCT7: Port CT ADTRG: A/D trigger input PDL0 to PDL15 PDL15: Port DL ANI0 to ANI23 ANI23: Analog input RD: Read strobe ASCKD0: Asynchronous serial clock REGC: Regulator control ASTB: Address strobe RESET: Reset AVREF0: Analog reference voltage RXDD0 to RXDD5: Receive data AVSS: Analog VSS SCKB0 to SCKB3: Serial clock BVDD: Power supply for bus interface SCL00 SCL00 I C clock BVSS: Ground for bus interface SDA00 SDA00 I C data CLKOUT: Clock output SIB0 to SIB3: Serial input CRXD0 to CRXD3: CAN receive data SOB0 to SOB3: Serial output CS0 to CS3: Chip select TIAA00 TIAA00, TIAA01 TIAA01, CTXD0 to CTXD3: CAN transmit data TIAA10 TIAA10, TIAA11 TIAA11, DCK: Debug clock TIAA20 TIAA20, TIAA21 TIAA21, DDI: Debug data input TIAA30 TIAA30, TIAA31 TIAA31, DDO: Debug data output TIAA40 TIAA40, TIAA41 TIAA41, DMS: Debug mode select TIAB00 TIAB00 to TIAB03 TIAB03, DRST: Debug reset TIAB10 TIAB10 to TIAB13 TIAB13, EVDD: Power supply for port TIAB20 TIAB20 to TIAB23 TIAB23: EVSS: Ground for port TOAA00, TOAA01, FLMD0, FLMD1: Flash programming mode TOAA10, TOAA11, HLDAK: Hold acknowledge TOAA20, TOAA21, HLDRQ: Hold request TOAA30, TOAA31, INTP0 to INTP14 INTP14: Interrupt request from peripherals TOAA40, TOAA41, KR0 to KR7: Key return TOAB00 to TOAB03, NMI: Non-maskable interrupt request TOAB0B1 to TOAB0B3, P00 to P06: Port 0 TOAB0T1 to TOAB0T3, P10, P11: Port 1 TOAB10 to TOAB13, P30 to P39: Port 3 TOAB20 to TOAB23: Timer output P40 to P42: Port 4 TXDD0 to TXDD5: Transmit data P50 to P55: Port 5 VDD, VDD1: Power supply P60 to P615: Port 6 VSS, VSS1: Ground P70 to P715: Port 7 WAIT: Wait P80, P81: Port 8 WR0: Write strobe low level data P90 to P915: Port 9 WR1: Write strobe high level data P120 to P127: Port 12 X1, X2: Crystal for main clock PCD0 to PCD3: Port CD XT1, XT2: Crystal for subclock PCL: Programmable clock output PCM0 to PCM5: Port CM PCS0 to PCS7: Port CS U18608JJ2V0DS U18608JJ2V0DS 2 2 Timer input 5 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 NMI Interrupt Controller INTP0-INTP14 INTP0-INTP14 Power and Reset Reset POC Low Voltage Detector Power supply Key Interrupt KR0-KR7 Serial Interfaces CPU RXDD0-RXDD2 RXDD3-RXDD51 RXDD3-RXDD51 TXDD0-TXDD2 TXDD3-TXDD51 TXDD3-TXDD51 UARTD0-UARTD5 1 Code flash memory4 Instruction queue PC 32-bit barrel shifter Multiplier 16 × 16 32 CS0 to CS3 AD0 to AD15 HLDRQ HLDAK ASTB RD WAIT WR0, WR1 MEMC ASCKA0 SIB0-SIB2 SOB0-SOB2 SCKB0-SCKB2 CSIB0-CSIB2 SIB3 SOB3 SCKB3 ALU Data flash memory 32 KB DMAC 2 IC CRXD0-CRXD2 CRXD33 CRXD33 CTXD0-CTXD2 CTXD33 CTXD33 BCU Generalpurpose register 32 bits × 32 CSIB3 2 SDA00 SDA00 SCL00 SCL00 System registers RAM5 Internal Bus CAN0-CAN3 (V850ES/FJ3 V850ES/FJ3) 3 P00-P06 P00-P06 P10, P11 P20-P215 P20-P215 P30-P39 P30-P39 P40-P42 P40-P42 P50-P55 P50-P55 P60-P615 P60-P615 P70-P715 P70-P715 P80, P81 P90-P915 P90-P915 P120-P127 P120-P127 P150-P157 P150-P157 PCD0-PCD3 PCM0-PCM5 PCS0-PCS7 PCT0-PCT7 PDL0-PDL15 PDL0-PDL15 Ports Control Interfaces ANI0-ANI23 ANI0-ANI23 ADTRG AVREF0 AVSS 10-bit ADC 24 channels Clock Generator Internal oscillator 240 kHz Internal oscillator 8 MHz TOAB0T1-TOAB0T3 TOAB0B1-TOAB0B3 Sub oscillator Timers Internal timers TIAA00-TIAA40 TIAA00-TIAA40 TIAA01-TIAA41 TIAA01-TIAA41 TOAA00-TOAA40 TOAA01-TOAA41 16-bit Timers AA TAA0-TAA4 XT1 XT2 Main oscillator with PLL Motor Control (TAB0, TAA4) X1 X2 PCL CLKOUT Clock Monitor 16-bit Timer M Watch Timer Auxiliary Functions Watchdog Timer 2 TIAB00-TIAB20 TIAB00-TIAB20 TIAB01-TIAB21 TIAB01-TIAB21 TIAB02-TIAB22 TIAB02-TIAB22 TIAB03-TIAB23 TIAB03-TIAB23 TOAB00-TOAB20 TOAB01-TOAB21 TOAB02-TOAB22 TOAB03-TOAB23 On-chip debug unit 16-bit Timer AB TAB0-TAB2 DRST DDI DDO DCK DMS PD70F3378 PD70F3378 PD70F3379 PD70F3379 PD70F3380 PD70F3380 PD70F3381 PD70F3381 PD70F3382 PD70F3382 1 CSIB3 3 CAN3 4 ROM 256 KB 384 KB 512 KB 768 KB 1024 KB 5 6 UARTD3-UARTD5 2 RAM 16 KB 24 KB 32 KB 40 KB 48 KB U18608JJ2V0DS U18608JJ2V0DS PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 1. . 2. 10 . 9 2. 1 10 . 2. 2 2. 3 . 14 . 20 2. 4 3. . 21 24 3. 1 A 3. 1. 1 3. 1. 2 . 24 . 24 . . 26 3. 1. 3 . 26 3. 1. 4 . 27 3. 1. 5 PLL 29 . 3. 1. 6 SSCG 29 . 3. 1. 7 . 29 3. 1. 8 3. 1. 9 DC 30 31 . 3. 1. 10 3. 1. 11 AC . . 51 . 64 52 . 3. 1. 12 A/D 3. 1. 13 POC 65 . 3. 1. 14 LVI . 65 3. 1. 15 RAM . 66 3. 1. 16 3. 2 A1 3. 2. 1 . 3. 2. 2 . . 67 69 69 . 71 3. 2. 3 . 71 3. 2. 4 . 3. 2. 5 PLL 72 . 74 3. 2. 6 SSCG . 74 3. 2. 7 . 74 3. 2. 8 3. 2. 9 DC . . . 96 97 3. 2. 12 A/D 3. 2. 13 POC 3. 2. 14 LVI 75 76 3. 2. 10 3. 2. 11 AC . . . . 109 110 111 U18608JJ2V0DS U18608JJ2V0DS 7 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 3. 2. 15 RAM . 112 3. 2. 16 3. 3 A2 3. 3. 1 3. 3. 2 . 115 . 117 . 117 3. 3. 4 . 118 3. 3. 5 PLL 120 . 3. 2. 6 SSCG 120 . 3. 3. 7 . 120 3. 3. 8 3. 3. 9 DC . 3. 3. 11 AC . 121 3. 3. 13 POC 142 . 143 3. 3. 12 A/D 3. 3. 14 LVI . 122 3. 3. 10 . 155 . . 156 157 3. 3. 15 RAM . 158 3. 3. 16 8 113 115 . 3. 3. 3 4. . . . 159 161 U18608JJ2V0DS U18608JJ2V0DS PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 1. PD70F3378 PD70F3378 PD70F3379 PD70F3379 CPU PD70F3380 PD70F3380 ROM ROM RAM 256 KB 384 KB 512 KB 768 KB 1024 KB - - - - - 16 KB 24 KB 32 KB 40 KB 48 KB 32 KB CPU 164 Max. 32 MHz 1 PLL Max. 48 MHz typ.±5 416 MHz OSC RC OSC Typ. 240 kHz Typ. 8 MHz I/O 128 TAA 5 ch TAB 3 ch TMM 1 ch 1 ch 1 ch WDT2 1 ch A/D 10×24ch UARTLIN 3 ch CSI 6 ch 3 ch 4 ch IIC CAN 1 ch 3 ch 4 ch DMA 2 ×8 SSCG PD70F3382 PD70F3382 V850ES32RISC V850ES32RISC PD70F3381 PD70F3381 4 ch 15 ch 70 ch 80 ch 82 ch HALT, IDLE1, IDLE2, STOPIDLE 8 ch POC Typ. 3.5 V LVI Typ. 3.7/4.0 V 3.35.5 V 144LQFP20 144LQFP20×20 1. A2Max.24 MHz 2. A2Max.32 MHz U18608JJ2V0DS U18608JJ2V0DS 9 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 2. 2. 1 1 2-1 2-1 Pnmnm P04 0 4 P04 2-1 1/4 0 P00 TOAA31 TIAA31 TIAA31 5-W P01 TOAA30 TIAA30 TIAA30 5-W P02 TOAA40 NMI/TIAA40 NMI/TIAA40 5-W P03 TOAA41 INTP0/TIAA41/ADTRG INTP0/TIAA41/ADTRG 5-W P04 - INTP1/CRXD0 5-W P05 - INTP2/DRST 5-AF INTP3 5-W P06 1 CTXD0 - INTP9 5-W P11 3 P10 - INTP10 INTP10 5-W P30 TXDD0 5-W - P31 - RXDD0/INTP7 5-W P32 TOAA00/TOAA01 ASCKD0/TIAA00 ASCKD0/TIAA00 5-W P33 TOAA01/CTXD0 TIAA01 TIAA01 5-W P34 TOAA10 TIAA10/CRXD0 TIAA10/CRXD0 5-W P35 TOAA11 TIAA11 TIAA11 5-W P36 CTXD1 P37 P38 - CRXD1 TXDD2 5-W 5-W - P39 4 5-W - - P40 - RXDD2/INTP8 5-W SIB0/KR0/RXDD3 /INTP14 /INTP14 5-W P41 10 KR1 5-W P42 SOB0/TXDD3 SCKB0 SCKB0/KR2 5-W PD70F3378 PD70F3378 U18608JJ2V0DS U18608JJ2V0DS PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 2-1 2/4 5 P50 KR0/TIAB01 KR0/TIAB01 5-W P51 TOAB02/TOAB0B1 KR1/TIAB02 KR1/TIAB02 5-W P52 TOAB03/TOAB0T2 KR2/TIAB03/DDI KR2/TIAB03/DDI 5-W P53 TOAB00/TOAB0B2/DDO KR3/TIAB00 KR3/TIAB00 5-W P54 TOAB0T3 KR4/DCK 5-W P55 6 TOAB01/TOAB0T1 TOAB0B3 KR5/DMS 5-W - INTP11 INTP11 5-W - INTP12 INTP12 5-W INTP13 INTP13 5-W P60 P61 P62 1 SOB3 P63 - P64 SCKB3 P65 1 1 SIB3 5-W 1 CTXD2 - CTXD3 5-W - P66 P67 SCKB3 CRXD2 5-W 2 - P68 - P69 CRXD3 5-W 2 - 5-W 5-W - 5-W P610 TOAB20 TIAB20 TIAB20 5-W P611 TOAB21 TIAB21 TIAB21 5-W P612 TOAB22 TIAB22 TIAB22 5-W P613 TOAB23 TIAB23 TIAB23 5-W P614 5-W - - 5-W P70 - ANI0 11-G P71 - ANI1 11-G P72 - ANI2 11-G P73 - ANI3 11-G P74 - ANI4 11-G P75 - ANI5 11-G P76 - ANI6 11-G P77 - ANI7 11-G P78 - ANI8 11-G P79 - ANI9 11-G P710 - ANI10 ANI10 11-G P711 - ANI11 ANI11 11-G P712 - ANI12 ANI12 11-G P713 - ANI13 ANI13 11-G P714 - ANI14 ANI14 11-G P715 8 - P615 7 - - ANI15 ANI15 P80 P81 1. 2. - TXDD3 RXDD3 11-G 2 /INTP14 /INTP14 5-W - 5-W 2 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380 PD70F3378 PD70F3378 U18608JJ2V0DS U18608JJ2V0DS 11 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 2-1 3/4 9 P90 TXDD1 KR6 P91 - 5-W KR7/RXDD1 5-W P92 TOAB11 TIAB11 TIAB11 5-W P93 TOAB12 TIAB12 TIAB12 5-W P94 TOAB13 TIAB13 TIAB13 5-W P95 TOAB10 TIAB10 TIAB10 5-W P96 TOAA21 TIAA21 TIAA21 5-W P97 TOAA20 SIB1/TIAA20 SIB1/TIAA20 5-W P98 SOB1/TOAB03 SOB1/TOAB03 TIAB03 TIAB03 5-W P99 SCKB1/TOAB00 SCKB1/TOAB00 SCKB1/TIAB00 SCKB1/TIAB00 5-W P910 CTXD2 SIB2 5-W P911 SOB2 CRXD2 5-W P912 SCKB2/TXDD5 P913 PCL P914 P915 12 SCKB2 INTP4/RXDD5 SDA00 SDA00 5-W SDA00/INTP5/RXDD4 SDA00/INTP5/RXDD4 SCL00/TXDD4 SCL00/TXDD4 5-W 5-W SCL00/INTP6 SCL00/INTP6 5-W ANI16 ANI16 11-G - ANI17 ANI17 11-G P122 - ANI18 ANI18 11-G P123 - ANI19 ANI19 11-G P124 - ANI20 ANI20 11-G P125 - ANI21 ANI21 11-G P126 - ANI22 ANI22 11-G P127 - ANI23 ANI23 11-G PCD0 - - 5 PCD1 - - 5 PCD2 - - 5 PCD3 CM - P121 CD P120 - - 5 PCM0 - PCM1 CLKOUT PCM2 WAIT HLDAK 5 - 5 - 5 PCM3 PCM4 12 - - 5 PCM5 - HLDRQ - - 5 PD70F3378 PD70F3378 U18608JJ2V0DS U18608JJ2V0DS 5 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 2-1 4/4 CS PCS0 CS0 - 5 PCS1 CS1 - 5 PCS2 CS2 - 5 PCS3 CS3 - 5 PCS4 - 5 PCS5 - - 5 PCS6 - - 5 PCS7 CT - - - 5 PCT0 WR0 - 5 PCT1 WR1 - 5 PCT2 - - 5 PCT3 - - 5 - 5 - 5 - 5 - 5 PCT4 RD PCT5 PCT6 - ASTB PCT7 DL - PDL0 AD0 AD0 5-K PDL1 AD1 AD1 5-K PDL2 AD2 AD2 5-K PDL3 AD3 AD3 5-K PDL4 AD4 AD4 5-K PDL5 AD5 AD5/FLMD1 5-K PDL6 AD6 AD6 5-K PDL7 AD7 AD7 5-K PDL8 AD8 AD8 5-K PDL9 AD9 AD9 5-K PDL10 PDL10 AD10 AD10 5-K PDL11 PDL11 AD11 AD11 5-K PDL12 PDL12 AD12 AD12 5-K PDL13 PDL13 AD13 AD13 5-K PDL14 PDL14 AD14 AD14 5-K PDL15 PDL15 AD15 AD15 5-K U18608JJ2V0DS U18608JJ2V0DS 13 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 2. 2 2-2 1/6 AD0 I/O I/O PDL0 105 AD1 PDL1 106 AD2 PDL2 107 AD3 PDL3 108 AD4 PDL4 109 AD5 PDL5 110 AD6 PDL6 111 AD7 PDL7 112 AD8 PDL8 113 AD9 PDL9 114 AD10 PDL10 PDL10 115 AD11 PDL11 PDL11 116 AD12 PDL12 PDL12 117 AD13 PDL13 PDL13 118 AD14 PDL14 PDL14 119 AD15 PDL15 PDL15 120 0-15 ADTRG A/D0 P03 18 ANI0 I A/D00-23 P70 144 ANI1 P71 143 ANI2 P72 142 ANI3 P73 141 ANI4 P74 140 ANI5 P75 139 ANI6 P76 138 ANI7 P77 137 ANI8 P78 136 ANI9 P79 135 ANI10 ANI10 P710 134 ANI11 ANI11 P711 133 ANI12 ANI12 P712 132 ANI13 ANI13 P713 131 ANI14 ANI14 P714 130 ANI15 ANI15 P715 129 ANI16 ANI16 P120 128 ANI17 ANI17 P121 127 ANI18 ANI18 P122 126 ANI19 ANI19 P123 125 ANI20 ANI20 P124 124 ANI21 ANI21 P125 123 ANI22 ANI22 P126 122 ANI23 ANI23 14 I P127 121 U18608JJ2V0DS U18608JJ2V0DS PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 2-2 2/6 I/O ASCKD0 I UARTD0 P32 27 ASTB O PCT6 101 AVREF0 - A/D - 1 AVSS - A/D - 2 BVDD - I/O - 104 BVSS - I/O - 103 CLKOUT O CPU PCM1 86 CRXD0 I CAN0-CAN3 P04 19 P34 29 CRXD1 P37 32 CRXD2 P66 49 P911 72 P68 51 PCS0 81 CS1 PCS1 82 CS2 PCS2 83 CS3 PCS3 84 P06 21 P33 28 CTXD1 P36 31 CTXD2 P65 48 P910 71 P67 50 CRXD3 CS0 CTXD0 O O CAN0-CAN3 CTXD3 DCK I P54 41 DDI I P52 39 DDO O P53 40 DMS I P55 42 DRST I P05 20 EVDD - I/O - 5, 34 EVSS - I/O - 33 FLMD0 - - 8 FLMD1 - PDL5 110 HLDAK O PCM2 87 HLDRQ I PCM3 88 U18608JJ2V0DS U18608JJ2V0DS 15 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 2-2 3/6 INTP0 I/O P03 18 INTP1 P04 19 INTP2 P05 20 INTP3 P06 21 INTP4 P913 74 INTP5 P914 75 INTP6 P915 76 INTP7 P31 26 INTP8 P39 36 INTP9 P10 3 INTP10 INTP10 P11 4 INTP11 INTP11 P60 43 INTP12 INTP12 P61 44 INTP13 INTP13 P62 45 INTP14 INTP14 P40 22 P80 59 P40 22 P50 37 P41 23 P51 38 P42 24 P52 39 KR3 P53 40 KR4 P54 41 KR5 P55 42 KR6 P90 61 KR7 P91 62 KR0 I I 0-14 0-7 KR1 KR2 NMI I P02 17 PCL O P913 74 RD O PCT4 99 REGC - - 10 RESET I - 14 NMI P02 P02 NMI PMC0.PMC02 PMC02 1NMI ""INTF0, INTR0 NMI 16 U18608JJ2V0DS U18608JJ2V0DS PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 2-2 4/6 RXDD0 I/O 26 RXDD1 P91 62 RXDD2 P39 36 RXDD3 P40 22 P80 59 RXDD4 P914 75 RXDD5 P913 74 I/O UARTD0-UARTD5 P31 SCKB0 I 24 CSIB0-CSIB3 P99 70 P912 73 P64 SCKB1 P42 47 P915 76 SCKB2 SCKB3 SCL00 SCL00 SDA00 SDA00 SIB0 I/O I/O I 2 I C0 2 I C0 P914 75 P40 22 SIB1 CSIB0-CSIB3 P97 68 SIB2 P910 71 P63 46 P41 23 SOB1 CSIB0-CSIB3 P98 69 SOB2 P911 72 P62 45 TAA0-TAA40 TAA0-TAA40 P32 27 P34 29 TIAA20 TIAA20 P97 68 TIAA30 TIAA30 P01 7 TIAA40 TIAA40 P02 17 TAA0-TAA41 TAA0-TAA41 P33 28 P35 30 TIAA21 TIAA21 P96 67 TIAA31 TIAA31 P00 6 SIB3 SOB0 O SOB3 TIAA00 TIAA00 I TIAA10 TIAA10 TIAA01 TIAA01 I TIAA11 TIAA11 TIAA41 TIAA41 P03 18 TAB0-TAB20 TAB0-TAB20 P53 40 P99 70 TIAB10 TIAB10 P95 66 TIAB20 TIAB20 P610 53 TAB0-TAB21 TAB0-TAB21 P50 37 P92 63 P611 54 TIAB00 TIAB00 I TIAB01 TIAB01 TIAB11 TIAB11 I TIAB21 TIAB21 U18608JJ2V0DS U18608JJ2V0DS 17 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 2-2 5/6 TIAB02 TIAB02 I/O P51 38 TIAB12 TIAB12 P93 64 TIAB22 TIAB22 P612 55 P52 39 P98 69 TIAB13 TIAB13 P94 65 TIAB23 TIAB23 P613 56 P32 27 TOAA10 P34 29 TOAA20 P97 68 TOAA30 P01 7 TOAA40 P02 17 TIAB03 TIAB03 TOAA00 TOAA01 I I O TAB0-TAB22 TAB0-TAB22 TAA0-TAA40 TAA0-TAA40 P32 27 P33 28 TOAA11 P35 30 TOAA21 P96 67 TOAA31 P00 6 TOAA41 P03 18 P53 40 P99 70 TOAB10 P95 66 TOAB20 P610 53 P50 37 TOAB11 P92 63 TOAB21 P611 54 P51 38 TOAB12 P93 64 TOAB22 P612 55 P52 39 P98 69 TOAB13 P94 65 TOAB23 P613 56 P51 38 TOAB0B2 P53 40 TOAB0B3 P55 42 P50 37 TOAB0T2 P52 39 TOAB0T3 P54 41 TOAB00 TOAB01 TOAB02 TOAB03 TOAB0B1 TOAB0T1 18 O TAB0-TAB22 TAB0-TAB22 O O O O O O TAA0-TAA41 TAA0-TAA41 TAB0-TAB20 TAB0-TAB20 TAB0-TAB21 TAB0-TAB21 TAB0-TAB22 TAB0-TAB22 TAB0-TAB23 TAB0-TAB23 U18608JJ2V0DS U18608JJ2V0DS PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 2-2 6/6 TXDD0 I/O O UARTD0-UARTD5 P30 25 TXDD1 P90 61 TXDD2 P38 35 TXDD3 P41 23 P81 60 TXDD4 P915 76 TXDD5 P912 73 VDD - - 9 VDD1 - - 104 VSS - - 11 VSS1 - - 103 WAIT I WR0 O PCM0 85 PCT0 95 PCT1 96 8 WR1 O 8 X1 I - 12 X2 - - 13 XT1 I - 15 XT2 - - 16 2 V850ES/FE3 V850ES/FE3, V850ES/FF3 V850ES/FF3, V850ES/FG3 V850ES/FG3, V850ES/FJ3 V850ES/FJ3, V850ES/FK3 V850ES/FK3 U17793J U17793J 1 2 O P33 P32 TIAB00 TIAB00 I P53 P99 TOAB00 O P53 P99 TIAB03 TIAB03 I P52 P98 TOAB03 O P52 P98 RXDD3 I P40 P80 TXDD3 O P41 P81 CTXD0 O P06 P33 CRXD0 I P04 P34 CTXD2 O P65 P910 CRXD2 I P66 P911 INTP14 INTP14 I P40 P80 KR0 I P40 P50 KR1 I P41 P51 KR2 I P42 P52 UARTD CAN TOAA01 I/O U18608JJ2V0DS U18608JJ2V0DS 19 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 2. 3 2-3 N-Wire DRST, DDI, DDO, DCK, DMS RESET HALT CPU 2-3 RESET P05/DRSTP05 P05/DRSTP05 P05/DRSTDRST P05/DRSTDRST P52/DDI P52/DDI, P54/DCK P54/DCK, P55/DMSDDI P55/DMSDDI, DCK, DMS P53/DDODDO P53/DDODDO POC P05/DRSTP05 P05/DRSTP05 P05/DRSTP05 P05/DRSTP05 HALT P05/DRST P05/DRST, P52/DDI P52/DDI, P53/DDO P53/DDO, P54/DCK P54/DCK, P55/DMS P55/DMS HALT IDLE1, IDLE2, STOP INTP0-INTP14 INTP0-INTP14, NMICAN0-CAN3 CRXD0-CRXD3KR0-KR7 20 U18608JJ2V0DS U18608JJ2V0DS PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 2. 4 2-4 2-1 2-4 0, 1, 3-6, 5-W 8, 9 EVDDEVSS 0P05 0P05 5-AF EVSS 7, 12 11-G 5 CS, CT DL AVREF0AVSS CD, CM, BVDDBVSS 5-K BVDDBVSS AVREF0 FLMD0 - VSS - RESET 2 XT1 16 VSS XT2 1. VDD REGC - 16 - 1 k10 k 2. U18608JJ2V0DS U18608JJ2V0DS 21 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 2-1 1/2 5-AF 2 VDD pullup enable P-ch VDD data P-ch output disable N-ch IN IN/OUT (RESET) input enable N-ch pulldown enable 5-K 5 VDD VDD data data P-ch P-ch IN/OUT IN/OUT output disable input enable 22 N-ch output disable input enable U18608JJ2V0DS U18608JJ2V0DS N-ch PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 2-1 2/2 16 5-W VDD pullup enable feedback cut-off P-ch P-ch VDD data P-ch IN/OUT output disable N-ch XT1 XT2 input enable 11-G AVDD data P-ch IN/OUT output disable N-ch P-ch AVSS + _ N-ch VREF AVSS input enable U18608JJ2V0DS U18608JJ2V0DS 23 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 3. 3. 1 A 3. 1. 1 TA = 251/2 VDD V 1 DD1 BVDD EVDD V 1 SS1 AVSS BVSS EVSS VI1 VDD = V -0.56.5 V VDD = V 1 DD1 -0.56.5 V VDD = V 1 DD1 -0.56.5 V VDD = V 1 DD1 -0.56.5 V -0.56.5 V -0.50.5 V = EVSS = BVSS = AVSS -0.50.5 V = EVSS = BVSS = AVSS -0.50.5 V V = EVDD = BVDD = EVDD = BVDD = EVDD = BVDD = EVDD = BVDD AVREF0 VSS 1 DD1 VSS = V 1 SS1 VSS = V 1 SS1 VSS = V 1 SS1 VSS = V 1 SS1 = EVSS = BVSS = AVSS -0.50.5 VSS = V 1 SS1 = EVSS = BVSS = AVSS -0.50.5 = EVSS = BVSS = AVSS P00-P06 P00-P06, P10, P11, P30-P39 P30-P39, P40-P42 P40-P42, P50-P55 P50-P55, -0.5EVDD0.5 V 2 V ¯¯¯¯¯¯ P60-P615 P60-P615, P80, P81, P90-P915 P90-P915, RESET, FLMD0 VI2 PCD0-PCD3, PCM0-PCM5, PCS0-PCS7, -0.5BVDD0.5 2 V PCT0-PCT7, PDL0-PDL15 PDL0-PDL15 VI3 VIAN X1, X2, XT1, XT2 P70-P715 P70-P715, P120-P127 P120-P127 V -0.5VRO0.5 -0.5AVREF00 5AVREF00.5 2 V 1. PD70F3378 PD70F3378 2. MAX. 1. IC VDD VCC GND 2. 1 DC AC 3. 24 U18608JJ2V0DS U18608JJ2V0DS PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 TA = 252/2 P00-P06 P00-P06, P10, P11, P30-P39 P30-P39, 1 4 mA 50 mA 1 4 mA IOL 20 mA P40-P42 P40-P42, P50-P55 P50-P55, P60-P615 P60-P615, P80, P81, P90-P915 P90-P915 P70-P715 P70-P715, P120-P127 P120-P127 PCD0-PCD3, PCM0-PCM5, 1 4 mA PCS0-PCS7, PCT0-PCT7, 50 mA 1 -4 mA -50 mA 1 -4 mA -20 mA PCD0-PCD3, PCM0-PCM5, 1 -4 mA PCS0-PCS7, PCT0-PCT7, -50 mA -4085 °C -40125 °C PDL0-PDL15 PDL0-PDL15 IOH P00-P06 P00-P06, P10, P11, P30-P39 P30-P39, P40-P42 P40-P42, P50-P55 P50-P55, P60-P615 P60-P615, P80, P81, P90-P915 P90-P915 P70-P715 P70-P715, P120-P127 P120-P127 PDL0-PDL15 PDL0-PDL15 TA Tstg 1. IC VDD VCC GND 2. 1 DC AC 3. U18608JJ2V0DS U18608JJ2V0DS 25 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 3. 1. 2 TA = 25, VDD = VDD1 = EVDD = AVREF0 = BVDD = VSS = VSS1 = EVSS = BVSS = AVSS = 0 V CIO MIN. TYP. MAX. fX = 1 MHz0 V 10 pF 3. 1. 3 TA = -4085, VDD = VDD1 = EVDD = BVDD, 4.0 VAVREF05 VAVREF05.5V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V, REGC = 4.7 F fCLK 4.0 MHzfXX32 MHz VDD 3.5 VVDD5.5 V PD70F3378 PD70F3378 fXP132 MHz : 4.0 VVDD5.5 V fXP120 MHz : 3.5 VVDD4.0 V 3.3 VVDD3.5 V - CPU - Flash - RAM - PortI/O 4.0 MHzfXX48 MHz - Watch Timer PD70F3379 PD70F3379, 70F3380 70F3380, 70F3381 70F3381, - Watchdog Timer 2 70F3382 70F3382 - Interrupt Contoroller - Clock Monitor - POC - Low Voltage Detector 32 kHzfXT35 kHz 3.3 VVDD5.5 V - 3.3 VVDD5.5 V - 12.5 kHzfXT27.5 kHz RC 240 kHz 1/2 RC 2555 kHz 26 fXP1 1 U18608JJ2V0DS U18608JJ2V0DS PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 3. 1. 4 TA = -4085, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V MIN. 1 4 fX X1 X2 PCC.MCK TYP. 64 2 MAX. 16 MHz 3 s 3 s 3 s 10 STOP 64 5 IDLE2 1 4 4 fX 54 2 PCC.MCK 64 2 16 MHz 3 s 3 s 3 s 10 STOP IDLE2 64 5 54 2 4 1. 2. OSTS 3. OSTS 4. OSTS 5. IDLE2 1. VSS 2. U18608JJ2V0DS U18608JJ2V0DS 27 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 TA = -4085, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V XT1 XT2 RC TYP. MAX. 32.768 35 kHz 10 MIN. 32 1 s 55 kHz 100 s 2 1, 4 3 R = 390 k ± 5% 25 40 3 XT1 C = 47 pF ± 10% XT2 2 1. CPU 1. 11 AC 3. 2. VDD MIN. 3.3 V 3. 4. RC 40 kHzTYP. 2 RC fXT12.5 kHzMIN.20 kHzTYP.27.5 kHzMAX. 1. VSS 2. 28 U18608JJ2V0DS U18608JJ2V0DS PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 3. 1. 5 PLL TA = -4085, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V fxx tPLL MIN. fx TYP. MAX. 4 16 MHz PD70F3378 PD70F3378 12 32 MHz PD70F3378 PD70F3378 12 48 MHz 800 s VDD MIN. 3.3 V 3. 1. 6 SSCG TA = -4085, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V fxx MIN. fx TYP. MAX. MHz PD70F3378 PD70F3378 tSSCG 16 12 32 MHz PD70F3378 PD70F3378 4 12 48 MHz 1000 s VDDMIN. 3.3 V SFC1.SFC16-SFC14 SFC16-SFC14 MIN.MAX. MAX.MAX. SFC1.SFC16-SFC14 SFC16-SFC14 TYP. MAX. PD70F3378 PD70F3378 PD70F3378 PD70F3378 000B ±0.5% ±2.0% 31.4 MHz 47.0 MHz 001B ±1.0% ±2.5% 31.2 MHz 46.8 MHz 010B ±2.0% ±4.0% 30.7 MHz 46.1 MHz 011B ±3.0% ±6.0% 30.1 MHz 45.1 MHz 100B ±4.0% ±8.0% 29.4 MHz 44.2 MHz 101B ±5.0% ±10.0% 28.8 MHz 43.2 MHz 3. 1. 7 TA = -4085, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V MIN. TYP. MAX. fRL 204 240 276 kHz fRH 7.2 8.0 8.8 MHz 10 36 s 92 256 s U18608JJ2V0DS U18608JJ2V0DS 51 29 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 3. 1. 8 TA = -4085, VDD = VDD1 = EVDD = BVDD, VSS = EVSS = BVSS = AVSS = 0 V VDD, VDD1 VRO tREG MAX. 5.5 2.5 VDDMIN. 3.3 V VDD, VDD1 3.3 V tREG VRO RESET 30 TYP. 3.3 REGCC = 4.7 F±20% MIN. RESET = VSS = 0 V VDD U18608JJ2V0DS U18608JJ2V0DS V V 1 ms PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 3. 1. 9 DC 1 V TA = -4085 DD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS =0 V 0.7EVDD EVDD V 0.8EVDD EVDD V 0.8BVDD BVDD V PCD0-PCD3, PCM0-PCM5, PCS0-PCS7, 0.7BVDD BVDD V 0.7AVREF0 AVREF0 V 0.8EVDD EVDD V EVSS 0.3EVDD V EVSS 0.4EVDD V PDL0-PDL15 PDL0-PDL15 MAX. PDL0-PDL15 PDL0-PDL15 BVSS 0.4BVDD V PCD0-PCD3, PCM0-PCM5, PCS0-PCS7, BVSS 0.3BVDD V MIN. VIH1 P04, P30, P31, P34, P36-P39 P36-P39, P40, P63-P69 P63-P69, VIH2 P00-P03 P00-P03, P05, P06, P10, P11, P32, P33, P35, TYP. P614, P615, P80, P81, P91, P911, P913-P915 P913-P915 P41, P42, P50-P55 P50-P55, P60-P62 P60-P62, P610-P613 P610-P613, P90, P92-P910 P92-P910, P912 VIH3 PCT0-PCT7 VIH4 VIH5 P70-P715 P70-P715, P120-P127 P120-P127 ¯¯¯¯¯¯ RESET, FLMD0 VIL1 P04, P30, P31, P34, P36-P39 P36-P39, P40, P63-P69 P63-P69, P614, P615, P80, P81, P91, P911, P913-P915 P913-P915 VIL2 P00-P03 P00-P03, P05-P06 P05-P06, P10, P11, P32, P33, P35, P41, P42, P50-P55 P50-P55, P60-P62 P60-P62, P610-P613 P610-P613, P90, P92-P910 P92-P910, P912 VIL3 PCT0-PCT7 VIL4 P70-P715 P70-P715, P120-P127 P120-P127 AVSS 0.3AVREF0 V VIL5 ¯¯¯¯¯¯ RESET, FLMD0 EVSS 0.2EVDD V VOH1 IOH = -1.0mA EVDD-1.0 EVDD V IOH = -0.1 mA EVDD-0.5 EVDD V PCD0-PCD3, PCM0-PCM5, IOH = -1.0mA BVDD-1.0 BVDD V PCS0-PCS7, PCT0-PCT7, IOH = -0.1 mA BVDD-0.5 BVDD V IOH = -1.0 mA AVREF0-1.0 AVREF0 V IOH = -0.1 mA AVREF0-0.5 1 P00-P06 P00-P06, P10, P11, P30-P39 P30-P39, P40-P42 P40-P42, P50-P55 P50-P55, P60-P615 P60-P615, AVREF0 V P80, P81, P90-P915 P90-P915 VOH2 PDL0-PDL15 PDL0-PDL15 VOH3 P70-P715 P70-P715, P120-P127 P120-P127 1 IOL = 1.0 mA 0 0.4 V P914, P915 VOL1 IOL = 3.0 mA 0 0.4 V PCD0-PCD3, PCM0-PCM5, IOL = 1.0 mA 0 0.4 V P00-P06 P00-P06, P10, P11, P30-P39 P30-P39, P40-P42 P40-P42, P50-P55 P50-P55, P60-P615 P60-P615, P80, P81, P90-P913 P90-P913 VOL2 PCS0-PCS7, PCT0-PCT7, PDL0-PDL15 PDL0-PDL15 VOL3 2 P70-P715 P70-P715, P120-P127 P120-P127 0.4 V R1 VI = 0 V 10 30 100 k R2 VI = VDD 10 30 100 k IOL = 1.0 mA 0 1. IOH/IOL EVDD, BVDD, AVREF0 20 mA/-20 mA 2. DRST OCDM U18608JJ2V0DS U18608JJ2V0DS 31 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 2 TA = -4085, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0VAVREF05 0VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V ILIH1 VI = VDD MIN. TYP. 0.2 VI = 0 V -0.2 VO = VDD VO = 0 V 0.2 ILOL1 A A A 0.5 -0.2 -0.5 ILOH1 0.5 ILIL1 MAX. A -0.5 FLMD0 2.0 A -2.0 A a TA = -4085, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V VHYS1 0.5×EVDD, TYP. 0.267×EVDD-0.51 V 0.192×EVDD-0.31 V 0.192×BVDD-0.31 V 0.535×EVDD-0.9 V P04, P30, P31, P34, P36-P39 P36-P39, P40, P63-P69 P63-P69, P614, P615, P80, P81, P91, P911, P913-P915 P913-P915 VHYS2 0.6×EVDD, P00-P03 P00-P03, P05, P06, P10, P11, P32, P33, P35, P41, P42, P50-P55 P50-P55, P60-P62 P60-P62, P610-P613 P610-P613, P90, P92-P910 P92-P910, P912 0.6×BVDD, PDL0-PDL15 PDL0-PDL15 VHYS5 0.5×EVDD, ¯¯¯¯¯¯ RESET, FLMD0 32 U18608JJ2V0DS U18608JJ2V0DS PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 3 PD70F3381 PD70F3381, 70F33821/3 70F33821/3 TA = -4085, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V 1 IDD1 OB_7B.PRSI = 0 4 MHzfXX fXP1 = fXX 16 MHz 2, MIN. PLL 7 fXX = 8 MHz TYP. MAX. - 15 21 mA - 24 32 mA - 30 41 mA - 43 57 mA - 53 68 mA - 13 - mA - 19 - mA - 23 - mA - 33 - mA - 46 - mA fRH, 3 fXX = 16 MHz fX = 16 MHz PLL fXX = 20 MHz 16 MHzfXX fX = 5 MHz 32 MHz fXX = 32 MHz fX = 16 MHz OB_7B.PRSI = 1 fXP1 = fXX/2 PLL 16 MHzfXX fXX = 48 MHz fX = 12 MHz 48 MHz OB_7B.PRSI PLL = 0 4 MHzfXX fXP1 = fXX 16 MHz fXX = 8 MHz fRH, 3 fXX = 16 MHz fX = 16 MHz PLL fXX = 20 MHz 16 MHzfXX fX =5 MHz 32 MHz fXX = 32 MHz fX = 16 MHz OB_7B.PRSI = 1 fXP1 = fXX/2 PLL 16 MHzfXX fXX = 48 MHz fX = 12 MHz 48 MHz U18608JJ2V0DS U18608JJ2V0DS 33 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 PD70F3381 PD70F3381, 70F33822/3 70F33822/3 TA = -4085, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V IDD2 MIN. HALT OB_7B.PRSI 1 = 0 4 MHzfXX fXP1 = fXX 16 MHz 7 PLL fXX = 8 MHz TYP. MAX. - 9 14 mA - 15 22 mA - 19 28 mA - 28 40 mA - 31 42 mA - 6 - mA - 10 - mA - 13 - mA - 18 - mA - 25 - mA - 2.6 3.3 mA - 4.1 5.3 mA - 4.9 6.5 mA - 3.0 3.9 mA - 1.4 - mA - 1.8 - mA - 2.0 - mA - 1.3 - mA fRH, 3 fXX = 16 MHz fX = 16 MHz fXX = 20 MHz PLL 16 MHzfXX fX = 5 MHz 32 MHz fXX = 32 MHz fX = 16 MHz OB_7B.PRSI = 1 fXP1 = fXX/2 fXX = 48 MHz PLL 16 MHzfXX fX = 12 MHz 48 MHz OB_7B.PRSI = 0 4 MHzfXX PLL fXX = 8 MHz fXP1 = fXX 16 MHz fRH, 3 fXX = 16 MHz fX = 16 MHz fXX = 20 MHz PLL 16 MHzfXX fX = 5 MHz 32 MHz fXX = 32 MHz fX = 16 MHz OB_7B.PRSI = 1 fXP1 = fXX/2 IDLE1 IDD3 fXX = 48 MHz PLL 16 MHzfXX fX = 12 MHz 48 MHz PLL fXX = 5 MHz 4 MHzfXX - fX = 5 MHz 6 16 MHz TAA UARTD fXX = 12 MHz fX = 12 MHz fXX = 16 MHz fX = 16 MHz fXX = 8 MHz fRH, TAA UARTD - 3 fXX = 5 MHz PLL 4 MHzfXX 6 16 MHz fX = 5 MHz fXX = 12 MHz fX = 12 MHz fXX = 16 MHz fX = 16 MHz fXX = 8 MHz fRH, 34 3 U18608JJ2V0DS U18608JJ2V0DS PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 PD70F3381 PD70F3381, 70F33823/3 70F33823/3 TA = -4085, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V IDD4 1 IDLE2 - - MIN. PLL fXX = 5 MHz TYP. MAX. - 0.4 0.7 mA - 0.7 1.0 mA - 0.8 1.2 mA - 0.2 0.5 mA - 90 400 A - 90 400 A - 330 1310 A - 20 190 A - 40 220 A - 25 180 A - 7.5 100 A - 15.5 115 A - 10.5 105 A - 18.5 120 A 4 MHz fXX fX = 5 MHz 6 16 MHz fXX = 12 MHz fX = 12 MHz fXX = 16 MHz fX = 16 MHz fXX = 8 MHz fRH, IDD5 - - - 3 fXT = 32.768 kHz fXT = 40 kHz TYP. RC fRL = 240 kHz TYP. 4 IDD6 - - - IDLE fXT = 40 kHz 3, fXT = 32.768 kHz 5 TYP.RC fRL = 240 kHz TYP. 4 IDD7 STOP 3, 4 - - - POC POC POC POC U18608JJ2V0DS U18608JJ2V0DS 35 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 1 VDD, VDD1, EVDD, BVDD AVREF0 2 MAX. PLL 14-0.33×fXX/20.1×2 [mA] fXX = 16 MHz 14-0.33×16/20.1×2 = 8.52 mA PLL 14-0.18×fXX/23.0×2 [mA] fXX = 48 MHz 14-0.18×48/23.0×2 = -0.64 mA PLL 7-0.18×fXX/43.0[mA] fXX = 16 MHz 7-0.18×16/43.0= 3.28 mA PLL 7-0.18×fXX/43.0[mA] fXX = 48 MHz 7-0.18×48/43.0= 1.84 mA 3 4 5 POC 6 7 SSCG TYP.2.5 mAMAX.4 mA 36 OB_7B 007BH 007BH U18608JJ2V0DS U18608JJ2V0DS PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 PD70F3381 PD70F3381, 70F3382 70F3382 TA = -4085, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V IDD1 OB_7B.PRSI 1 = 0 fXP1 = fXX 2, TYP. 4 OB_7B.PRSI = 1 10.6 1.35×fXX 7.1 13.6 1.17×fXX 6.0 12.2 - mA - mA - mA 1.00×fXX mA 3.0 5.5 0.75×fXX 1.04×fXX 3.8 6.9 0.56×fXX 0.69×fXX 4.0 8.5 0.46×fXX - mA - mA - mA 0.211×fXX 0.295×fXX mA 1.54 1.80 0.054×fXX - mA 0.037×fXX PLL 16 MHzfXX48 MHz 5.5 0.72×fXX 16 MHzfXX32 MHz mA 0.86×fXX PLL 1.35×fXX 0.97×fXX 4 MHzfXX16 MHz 1.12×fXX PLL MAX. 1.13×fXX 0.049×fXX mA 0.21 0.43 mA mA fXP1 = fXX/2 OB_7B.PRSI = 0 fXP1 = fXX PLL 4 MHzfXX16 MHz 0.85×fXX PLL 16 MHzfXX32 MHz OB_7B.PRSI = 1 5.7 6.2 0.82×fXX PLL 16 MHzfXX48 MHz 6.2 fXP1 = fXX/2 IDD2 HALT 4 OB_7B.PRSI = 0 fXP1 = fXX PLL 4 MHzfXX16 MHz PLL 16 MHzfXX32 MHz OB_7B.PRSI = 1 PLL 16 MHzfXX48 MHz mA mA fXP1 = fXX/2 OB_7B.PRSI = 0 fXP1 = fXX PLL 4 MHzfXX16 MHz 2.6 0.46×fXX PLL 16 MHzfXX32 MHz OB_7B.PRSI = 1 3.6 0.46×fXX PLL 16 MHzfXX48 MHz 2.8 fXP1 = fXX/2 IDD3 IDLE1 - PLL 3 4 MHzfXX16 MHz TAA UARTD - PLL 3 4 MHzfXX16 MHz TAA 1.15 UARTD IDD4 IDLE2 - - PLL 3 4 MHzfXX16 MHz U18608JJ2V0DS U18608JJ2V0DS 37 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 1. VDD, VDD1, EVDD, BVDD AVREF0 2. MAX. PLL 14-0.33×fxx/20.1×2 [mA] fXX = 16 MHz 14-0.33×16/20.1×2 = 8.52 mA PLL 14×0.18×fxx/23.0×2 [mA] fXX = 48 MHz 14-0.18×48/23.0×2 = -0.64 mA PLL 7-0.18×fxx/43.0[mA] fXX = 16 MHz 7-0.18×16/43.0= 3.28 mA PLL 7-0.18×fXX/43.0[mA] fXX = 48 MHz 7-0.18×48/43.0= 1.84 mA 3. 4. SSCG TYP.2.5 mAMAX.4 mA 1. 2. 38 OB_7B 007BH 007BH fXX MHz U18608JJ2V0DS U18608JJ2V0DS PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 PD70F3379 PD70F3379, 70F33801/3 70F33801/3 TA = -4085, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V 1 IDD1 OB_7B.PRSI = 0 4 MHzfXX fXP1 = fXX 16 MHz 2, MIN. PLL 7 fXX = 8 MHz TYP. MAX. - 14 21 mA - 23 31 mA - 28 39 mA - 41 54 mA - 51 66 mA - 12 - mA - 19 - mA - 22 - mA - 32 - mA - 44 - mA fRH, 3 fXX = 16 MHz fX = 16 MHz PLL fXX = 20 MHz 16 MHzfXX fX = 5 MHz 32 MHz fXX = 32 MHz fX = 16 MHz OB_7B.PRSI = 1 fXP1 = fXX/2 PLL 16 MHzfXX fXX = 48 MHz fX = 12 MHz 48 MHz OB_7B.PRSI = 0 4 MHzfXX PLL fXP1 = fXX 16 MHz fXX = 8 MHz fRH, 3 fXX = 16 MHz fX = 16 MHz PLL fXX = 20 MHz 16 MHzfXX fX = 5 MHz 32 MHz fXX = 32 MHz fX = 16 MHz OB_7B.PRSI = 1 fXP1 = fXX/2 PLL 16 MHzfXX fXX = 48 MHz fX = 12 MHz 48 MHz U18608JJ2V0DS U18608JJ2V0DS 39 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 PD70F3379 PD70F3379, 70F33802/3 70F33802/3 TA = -4085, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V IDD2 MIN. HALT OB_7B.PRSI 1 = 0 4 MHzfXX fXP1 = fXX 16 MHz 7 PLL fXX = 8 MHz TYP. MAX. - 8 12 mA - 13 20 mA - 18 26 mA - 27 39 mA - 30 40 mA - 5 - mA - 9 - mA - 12 - mA - 18 - mA - 24 - mA - 1.7 2.4 mA - 2.7 3.9 mA - 3.3 4.7 mA - 1.5 2.3 mA - 1.2 - mA - 1.4 - mA - 1.6 - mA - 1.1 - mA fRH, 3 fXX = 16 MHz fX = 16 MHz fXX = 20 MHz PLL 16 MHzfXX fX = 5 MHz 32 MHz fX X= 32 MHz fX = 16 MHz OB_7B.PRSI = 1 fXP1 = fXX/2 fXX = 48 MHz PLL 16 MHzfXX fX = 12 MHz 48 MHz OB_7B.PRSI = 0 4 MHzfXX PLL fXX = 8 MHz fXP1 = fXX 16 MHz fRH, 3 fXX = 16 MHz fX = 16 MHz fXX = 20 MHz PLL 16 MHzfXX fX = 5 MHz 32 MHz fXX = 32 MHz fX = 16 MHz OB_7B.PRSI = 1 fXP1 = fXX/2 IDLE1 IDD3 fXX = 48 MHz PLL 16 MHzfXX fX = 12 MHz 48 MHz PLL fXX = 5 MHz 4 MHzfXX - fX = 5 MHz 6 16 MHz TAA UARTD fXX = 12 MHz fX = 12 MHz fXX = 16 MHz fX = 16 MHz fXX = 8 MHz fRH, TAA UARTD - 3 fXX = 5 MHz PLL 4 MHzfXX 6 16 MHz fX = 5 MHz fXX = 12 MHz fX = 12 MHz fXX = 16 MHz fX = 16 MHz fXX = 8 MHz fRH, 40 3 U18608JJ2V0DS U18608JJ2V0DS PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 PD70F3379 PD70F3379, 70F33803/3 70F33803/3 TA = -4085, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V IDD4 1 IDLE2 - - MIN. PLL fXX = 5 MHz 4 MHzfXX 6 16 MHz TYP. MAX. - 0.4 0.7 mA - 0.7 1.0 mA - 0.8 1.2 mA - 0.2 0.5 mA - 80 400 A - 80 400 A - 220 1000 A - 20 190 A - 40 220 A - 25 180 A - 7.5 90 A - 15.5 105 A - 10.5 95 A - 18.5 110 A fX = 5 MHz fXX = 12 MHz fX = 12 MHz fXX = 16 MHz fX = 16 MHz fXX = 8 MHz fRH, IDD5 - - - 3 fXT = 32.768 kHz fXT = 40 kHz TYP. RC fRL = 240 kHz TYP. 4 IDD6 - - - IDLE fXT = 40 kHz 3, fXT = 32.768 kHz 5 TYP. RC fRL = 240 kHz TYP. 4 IDD7 STOP 3, 4 - - - POC POC POC POC U18608JJ2V0DS U18608JJ2V0DS 41 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 1 VDD, VDD1, EVDD, BVDD AVREF0 2 MAX. PLL 14-0.33×fXX/20.1×2 [mA] fXX = 16 MHz 14-0.33×16/20.1×2 = 8.52 mA PLL 14-0.18×fXX/23.0×2 [mA] fXX = 48 MHz 14-0.18×48/23.0×2 = -0.64 mA PLL 7-0.18×fXX/43.0[mA] fXX = 16 MHz 7-0.18×16/43.0= 3.28 mA PLL 7-0.18×fXX/43.0[mA] fXX = 48 MHz 7-0.18×48/43.0= 1.84 mA 3 4 5 POC 6 7 SSCG TYP.2.5 mAMAX.4 mA 42 OB_7B 007BH 007BH U18608JJ2V0DS U18608JJ2V0DS PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 PD70F3379 PD70F3379, 70F3380 70F3380 TA = -4085, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V IDD1 OB_7B.PRSI 1 = 0 fXP1 = fXX 2, TYP. 4 OB_7B.PRSI = 1 10.6 1.27×fXX 7.1 13.6 1.13×fXX 6.0 12.2 - mA - mA - mA 1.00×fXX mA 1.9 4.0 0.75×fXX 1.04×fXX 3.0 5.4 0.56×fXX 0.69×fXX 2.8 7.0 0.44×fXX - mA - mA - mA 0.151×fXX 0.210×fXX mA 0.90 1.35 0.035×fXX - mA 0.037×fXX PLL 16 MHzfXX48 MHz 5.5 0.70×fXX 16 MHzfXX32 MHz mA 0.83×fXX PLL 1.28×fXX 0.94×fXX 4 MHzfXX16 MHz 1.06×fXX PLL MAX. 1.06×fXX 0.049×fXX mA 0.21 0.43 mA mA fXP1 = fXX/2 OB_7B.PRSI = 0 fXP1 = fXX PLL 4 MHzfXX16 MHz 0.81×fXX PLL 16 MHzfXX32 MHz OB_7B.PRSI = 1 5.7 6.2 0.79×fXX PLL 16 MHzfXX48 MHz 6.2 fXP1 = fXX/2 IDD2 HALT 4 OB_7B.PRSI = 0 fXP1 = fXX PLL 4 MHzfXX16 MHz PLL 16 MHzfXX32 MHz OB_7B.PRSI = 1 PLL 16 MHzfXX48 MHz mA mA fXP1 = fXX/2 OB_7B.PRSI = 0 fXP1 = fXX PLL 4 MHzfXX16 MHz 1.6 0.46×fXX PLL 16 MHzfXX32 MHz OB_7B.PRSI = 1 2.8 0.46×fXX PLL 16 MHzfXX48 MHz 1.8 fXP1 = fXX/2 IDD3 IDLE1 - PLL 4 MHzfXX16 MHz TAA 3 UARTD - PLL 4 MHzfXX16 MHz TAA 3 1.01 UARTD IDD4 IDLE2 - - PLL 3 4 MHzfXX16 MHz U18608JJ2V0DS U18608JJ2V0DS 43 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 1. VDD, VDD1, EVDD, BVDD AVREF0 2. MAX. PLL 14-0.33×fXX/20.1×2 [mA] fXX = 16 MHz 14-0.33×16/20.1×2 = 8.52 mA PLL 14-0.18×fXX/23.0×2 [mA] fXX = 48 MHz 14-0.18×48/23.0×2 = -0.64 mA PLL 7-0.18×fXX/43.0[mA] fXX = 16 MHz 7-0.18×16/43.0= 3.28 mA PLL 7-0.18×fXX/43.0[mA] fXX = 48 MHz 7-0.18×48/43.0= 1.84 mA 3. 4. SSCG TYP.2.5 mAMAX.4 mA 1. 2. 44 OB_7B 007BH 007BH fXX MHz U18608JJ2V0DS U18608JJ2V0DS PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 PD70F33781/3 PD70F33781/3 TA = -4085, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V 1 IDD1 OB_7B.PRSI = 0 4 MHzfXX fXP1 = fXX 16 MHz 2, MIN. PLL 7 fXX = 8 MHz TYP. MAX. - 14 21 mA - 22 30 mA - 28 38 mA - 40 53 mA - 36 48 mA - 12 - mA - 19 - mA - 22 - mA - 32 - mA - 31 - mA fRH, 3 fXX = 16 MHz fX = 16 MHz PLL fXX = 20 MHz 16 MHzfXX fX = 5 MHz 32 MHz fXX = 32 MHz fX = 16 MHz OB_7B.PRSI = 1 fXP1 = fXX/2 PLL 16 MHzfXX fXX = 32 MHz fX = 16 MHz 32 MHz OB_7B.PRSI = 0 4 MHzfXX PLL fXP1 = fXX 16 MHz fXX = 8 MHz fRH, 3 fXX = 16 MHz fX = 16 MHz PLL fXX = 20 MHz 16 MHzfXX fX = 5 MHz 32 MHz fXX = 32 MHz fX = 16 MHz OB_7B.PRSI = 1 fXP1 = fXX/2 PLL 16 MHzfXX fXX = 32 MHz fX = 16 MHz 32 MHz U18608JJ2V0DS U18608JJ2V0DS 45 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 PD70F33782/3 PD70F33782/3 TA = -4085, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V IDD2 MIN. HALT OB_7B.PRSI 1 = 0 4 MHzfXX fXP1 = fXX 16 MHz 7 PLL fXX = 8 MHz TYP. MAX. - 8 12 mA - 13 20 mA - 18 26 mA - 27 39 mA - 21 29 mA - 5 - mA - 9 - mA - 12 - mA - 18 - mA - 17 - mA - 1.7 2.4 mA - 2.7 3.9 mA - 3.3 4.7 mA - 1.5 2.3 mA - 1.2 - mA - 1.4 - mA - 1.6 - mA - 1.1 - mA fRH, 3 fXX = 16 MHz fX = 16 MHz fXX = 20 MHz PLL 16 MHzfXX fX = 5 MHz 32 MHz fXX = 32 MHz fX = 16 MHz OB_7B.PRSI = 1 fXP1 = fXX/2 fXX = 32 MHz PLL 16 MHzfXX fX = 16 MHz 32 MHz OB_7B.PRSI = 0 4 MHzfXX PLL fXX = 8 MHz fXP1 = fXX 16 MHz fRH, 3 fXX = 16 MHz fX = 16 MHz fXX = 20 MHz PLL 16 MHzfXX fX = 5 MHz 32 MHz fXX = 32 MHz fX = 16 MHz OB_7B.PRSI = 1 fXP1 = fXX/2 IDLE1 IDD3 fXX = 32 MHz PLL 16 MHzfXX fX = 16 MHz 32 MHz PLL fXX = 5 MHz 4 MHzfXX - fX = 5 MHz 6 16 MHz TAA UARTD fXX = 12 MHz fX = 12 MHz fXX = 16 MHz fX = 16 MHz fXX = 8 MHz fRH, TAA UARTD - 3 fXX = 5 MHz PLL 4 MHzfXX 6 16 MHz fX = 5 MHz fXX = 12 MHz fX = 12 MHz fXX = 16 MHz fX = 16 MHz fXX = 8 MHz fRH, 46 3 U18608JJ2V0DS U18608JJ2V0DS PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 PD70F33783/3 PD70F33783/3 TA = -4085, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V IDD4 1 IDLE2 MIN. - PLL fXX = 5 MHz 4 MHzfXX - TYP. MAX. - 0.4 0.7 mA - 0.7 1.0 mA - 0.8 1.2 mA - 0.2 0.5 mA - 80 400 A - 80 400 A - 220 1000 A - 20 190 A - 40 220 A - 25 180 A - 7.5 80 A - 15.5 95 A - 10.5 85 A - 18.5 100 A fX = 5 MHz 6 16 MHz fXX = 12 MHz fX = 12 MHz fXX = 16 MHz fX = 16 MHz fXX = 8 MHz fRH, 3 IDD5 - - - fXT = 32.768 kHz fXT = 40 kHz TYP. RC fRL = 240 kHz TYP. 4 IDD6 - - - IDLE fXT = 40 kHz 3, fXT = 32.768 kHz 5 TYP. RC fRL = 240 kHz TYP. 4 IDD7 STOP 3, 4 - - - POC POC POC POC U18608JJ2V0DS U18608JJ2V0DS 47 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 1 VDD, VDD1, EVDD, BVDD AVREF0 2 MAX. PLL 7-0.33×fXX0.1[mA] fXX = 16 MHz 7-0.33×160.1 = 1.62 mA PLL 7-0.18×fXX3.0[mA] fXX = 32 MHz 7-0.18×323.0 = -1.76 mA PLL 7-0.18×fXX/43.0[mA] fXX = 16 MHz 7-0.18×16/43.0= 3.28 mA PLL 7-0.18×fXX/43.0[mA] fXX = 32 MHz 7-0.18×32/43.0= 2.56 mA 3 4 5 POC 6 7 SSCG TYP.2.5 mAMAX.4 mA 48 OB_7B 007BH 007BH U18608JJ2V0DS U18608JJ2V0DS PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 PD70F3378 PD70F3378 TA = -4085, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V IDD1 OB_7B.PRSI 1 = 0 fXP1 = fXX 2, TYP. 4 OB_7B.PRSI = 1 10.6 1.24×fXX 7.1 13.6 1.11×fXX 6.0 12.2 - mA - mA - mA 1.00×fXX mA 1.9 4.0 0.75×fXX 1.04×fXX 3.0 5.4 0.56×fXX 0.69×fXX 2.8 7.0 0.44×fXX - mA - mA - mA 0.151×fXX 0.210×fXX mA 0.90 1.35 0.035×fXX - mA 0.037×fXX PLL 16 MHzfXX32 MHz 5.5 0.70×fXX 16 MHzfXX32 MHz mA 0.83×fXX PLL 1.24×fXX 0.92×fXX 4 MHzfXX16 MHz 1.03×fXX PLL MAX. 1.03×fXX 0.049×fXX mA 0.21 0.43 mA mA fXP1 = fXX/2 OB_7B.PRSI = 0 fXP1 = fXX PLL 4 MHzfXX16 MHz 0.81×fXX PLL 16 MHzfXX32 MHz OB_7B.PRSI = 1 5.7 6.2 0.79×fXX PLL 16 MHzfXX32 MHz 6.2 fXP1 = fXX/2 IDD2 HALT 4 OB_7B.PRSI = 0 fXP1 = fXX PLL 4 MHzfXX16 MHz PLL 16 MHzfXX32 MHz OB_7B.PRSI = 1 PLL 16 MHzfXX32 MHz mA mA fXP1 = fXX/2 OB_7B.PRSI = 0 fXP1 = fXX PLL 4 MHzfXX16 MHz 0.46×fXX PLL 16 MHzfXX32 MHz OB_7B.PRSI = 1 1.6 2.8 0.46×fXX PLL 16 MHzfXX32 MHz 1.8 fXP1 = fXX/2 IDD3 IDLE1 - PLL 3 4 MHzfXX16 MHz TAA UARTD - PLL 3 4 MHzfXX16 MHz TAA 1.01 UARTD IDD4 IDLE2 - - PLL 3 4 MHzfXX16 MHz U18608JJ2V0DS U18608JJ2V0DS 49 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 1. VDD, VDD1, EVDD, BVDD AVREF0 2. MAX. PLL 7-0.33×fXX0.1[mA] fXX = 16 MHz 7-0.33×160.1 = 1.62 mA PLL 7-0.18×fXX3.0[mA] fXX = 32 MHz 7-0.18×323.0 = -1.76 mA PLL 7-0.18×fXX/43.0[mA] fXX = 16 MHz 7-0.18×16/43.0= 3.28 mA PLL 7-0.18×fXX/43.0[mA] fXX = 32 MHz 7-0.18×32/43.0= 2.56 mA 3. 4. SSCG TYP.2.5 mAMAX.4 mA 1. 2. 50 OB_7B 007BH 007BH fXX MHz U18608JJ2V0DS U18608JJ2V0DS PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 3. 1. 10 STOP TA = -4085, VDD = VDD1 = EVDD = BVDD = 1.9 V5.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V MIN. TYP. MAX. 5.5 V 70 A VDDDR STOP IDDDR VDDDR = 2.0 V tRVD 1 s tFVD 1 s tHVD STOP 0 ms STOP tDREL VDDMIN. 3.3 V 0 s VIHDR 0.9VDDDR VDDDR V VILDR 0 0.1VDDDR V 1.9 6.5 STOP STOP STOP Min. VDD/VDD1/EVDD/BVDD tHVD tFVD tRVD VDDDR STOP tDREL VIHDR RESET STOPNMI STOPNMI VIHDR VILDR U18608JJ2V0DS U18608JJ2V0DS 51 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 3. 1. 11 AC AC VDD, VDD1, AVREF0, EVDD, BVDD VDD VIH (MIN.) VIH (MIN.) VSS VIL (MAX.) VIL (MAX.) AC VOH (MIN.) VOH (MIN.) VOL (MAX.) VOL (MAX.) DUT CL = 50 pF 50 pF 50 pF 52 U18608JJ2V0DS U18608JJ2V0DS PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 1CLKOUT TA = -4085, VDD = VDD1 = EVDD = BVDD = 3.5 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V, CL = 50 pF tCYK tWKH tWKL 50 ns 80 s 31.25 ns 80 s 3.5 VVDD = VDD1 = EVDD = BVDD4.0 V tCYK/2-15 ns tCYK/2-13 ns 3.5 VVDD = VDD1 = EVDD = BVDD4.0 V tCYK/2-15 ns tCYK/2-13 ns tKF 15 ns 13 ns 3.5 VVDD = VDD1 = EVDD = BVDD4.0 V 15 ns 4.0 VVDD = VDD1 = EVDD = BVDD5.5 V 3.5 VVDD = VDD1 = EVDD = BVDD4.0 V 4.0 VVDD = VDD1 = EVDD = BVDD5.5 V tKR 3.5 VVDD = VDD1 = EVDD = BVDD4.0 V 4.0 VVDD = VDD1 = EVDD = BVDD5.5 V MAX. 4.0 VVDD = VDD1 = EVDD = BVDD5.5 V MIN. 4.0 VVDD = VDD1 = EVDD = BVDD5.5 V 13 ns tCYK tWKH tWKL CLKOUT tKR U18608JJ2V0DS U18608JJ2V0DS tKF 53 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 2 aCLKOUT TA = -4085, VDD = VDD1 = EVDD = BVDD = 3.5 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V, CL = 50 pF MIN. MAX. ASTB tSAST 0.5tASW T-20 ns ASTB tHSTA 0.5tAHW T-15 ns ¯¯¯ RD tFRDA 16 ns tSAID 2ntASW tAHW T-40 ns ¯¯¯ RD tSRDID 1nT-34 ns ¯¯¯ ¯¯¯¯¯ ASTBRD, WRm tDSTRDWR ¯¯¯ RD 0.5tAHW T-15 ns tHRDID 0 ns ¯¯¯ RD tDRDA 1itAHW T-15 ns ¯¯¯ ¯¯¯¯¯ RD, WRmASTB tDRDWRST 0.5T-15 5T-15 ns ¯¯¯ RDASTB tDRDST 1.5itAHW T-15 ns ¯¯¯ ¯¯¯¯¯ RD, WRm tWRDWRL 1nT-20 ns ASTB tWSTH 1itASW T-15 ns ¯¯¯¯¯ WRm tDWROD ¯¯¯¯¯ WRm tSODWR 1nT-25 ns ¯¯¯¯¯ WRm tHWROD T-15 ns ¯¯¯¯¯ WAIT tSAWT1 15 1.5tASW tAHW T-45 tHAWT1 1.5ntASW tAHW T-45 tSSTWT1 ns 0.5ntASW tAHW T ns 1.5ntASW tAHW T n1 tHAWT2 ¯¯¯¯¯ WAITASTB ns n1 tSAWT2 ¯¯¯¯¯ WAIT ns 1tAHW T-35 tHSTWT1 n1 tHSTWT2 ns 1ntAHW T-35 n1 tSSTWT2 ¯¯¯¯¯ WAITASTB ns ns ntAHW T ns 1ntAHW T ns ¯¯¯¯¯¯ HLDRQ tWHQH T 10 ns ¯¯¯¯¯¯ HLDAK tWHAL T-20 ns ¯¯¯¯¯¯ HLDAK tDHAC -3 ns ¯¯¯¯¯¯ ¯¯¯¯¯¯ HLDRQHLDAK tDHQHA1 ¯¯¯¯¯¯ ¯¯¯¯¯¯ HLDRQHLDAK tDHQHA2 1. 2. 2n7.5T25 ns 1.5T35 ns 0.5T T = 1/fCPUfCPUCPU n 3. i0 1 4. X1 11 5. tASW tAHW 6. 54 m = 0, 1 U18608JJ2V0DS U18608JJ2V0DS PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 n tASW tAHW CPUfCPU PD70F3378 PD70F3378 31.25 ns1/fCPU40 ns PD70F3378 PD70F3378 30 ns1/fCPU40 ns 20.8 ns1/fCPU30 ns 20.8 ns1/fCPU25 ns n1 bCLKOUT TA = -4085, VDD = VDD1 = EVDD = BVDD = 3.5 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V, CL = 50 pF MIN. MAX. tDKA 0 24 ns CLKOUT tFKA 0 24 ns CLKOUT CLKOUTASTB tDKST -7 18 ns ¯¯¯ ¯¯¯¯¯ CLKOUTRD, WRm tDKRDWR -2 18 ns CLKOUT tSIDK 20 ns CLKOUT tHKID 5 ns CLKOUT tDKOD 27 ns ¯¯¯¯¯ WAITCLKOUT tSWTK 30 ns ¯¯¯¯¯ WAITCLKOUT tHKWT 5 ns ¯¯¯¯¯¯ HLDRQCLKOUT tSHQK 30 ns ¯¯¯¯¯¯ HLDRQCLKOUT tHKHQ 5 ns ¯¯¯¯¯¯ CLKOUTHLDAK tDKHA 24 25 CLKOUT tDKF ns ns 1. X1 11 2. m = 0, 1 U18608JJ2V0DS U18608JJ2V0DS 55 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 CLKOUT 1 T1 T2 TW T3 CLKOUT tDKA CS0 - CS3 tSAID tSIDK tHKID tFKA AD0-AD15 AD0-AD15 Hi-Z tDKST tSAST tHSTA tDKST tHRDID ASTB tWSTH tDKRDWR tDRDWRST tFRDA tDSTRDWR tDKRDWR tDRDA tSRDID tDRDST RD tSSTWT1 tSWTK tHKWT tHSTWT1 tSSTWT2 tHSTWT2 tWRDWRL tSWTK WAIT tSAWT1 tHAWT1 tSAWT2 tHAWT2 56 WR0, WR1 U18608JJ2V0DS U18608JJ2V0DS tHKWT PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 CLKOUT 1 T1 T2 TW T3 CLKOUT tDKA CS0 - CS3 tDKOD AD0-AD15 AD0-AD15 tDKST tSAST tDKST tHSTA ASTB tWSTH tDKRDWR tDRDWRST tDWROD tDSTRDWR tDKRDWR tSODER tHWROD WR0 WR1 tSSTWT1 tSWTK tHKWT tHSTWT1 tSSTWT2 tHSTWT2 tWRDWRL tSWTK tHKWT WAIT tSAWT1 tHAWT1 tSAWT2 tHAWT2 RD U18608JJ2V0DS U18608JJ2V0DS 57 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 T2 T1 T3 TH TH TH T1 CLKOUT tSHQK tSHQK tHKHQ tWHQH HLDRQ tDKHA tDKHA tDHQHA1 tDHQHA2 HLDAK tDKF tWHAL AD0-AD15 AD0-AD15 Hi-Z CS0 - CS3 Hi-Z ASTB RD , WR0 WR1 , 58 Hi-Z Hi-Z U18608JJ2V0DS U18608JJ2V0DS tDHAC PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 3 a TA = -4085, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V, CL = 50 pF ¯¯¯¯¯¯ RESET tWNIH NMI tWRSL NMI MIN. MAX. 1 250 ns 250 ns tWITH n = 0-14 250 ns 2 ns n = 0-14 250 ns n = 3 INTPn n = 3 INTPn ns tWNIL 1 250 2 ns tWITL 1. ADTRG INTP0 DRST INTP2 2. 2Tsamp20 3Tsamp20 Tsamp VDD tREG tWRSL RESET tWNIH tWNIL tWITH tWITL NMI INTPn n = 0-14 U18608JJ2V0DS U18608JJ2V0DS 59 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 b TA = -4085, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V, CL = 50 pF KRn tWKRH KRn MIN. n = 0-7 tWKRL MAX. 250 ns 250 ns tWKRL tWKRH KRn n = 0-7 c TA = -4085, VDD = VDD1 = EVDD = BVDD = 3.5 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V, CL = 50 pF MIN. MAX. TI tTIH TIAA00 TIAA00, TIAA01 TIAA01, TIAA10 TIAA10, TIAA11 TIAA11, TIAA20 TIAA20, TIAA21 TIAA21, 250 ns TI tTIL TIAA30 TIAA30, TIAA31 TIAA31, TIAA40 TIAA40, TIAA41 TIAA41, TIAB00-TIAB03 TIAB00-TIAB03, 250 ns TIAB10-TIAB13 TIAB10-TIAB13, TIAB20-TIAB23 TIAB20-TIAB23 TO fTCYK TOAA00, TOAA01, TOAA10, TOAA11, 4.0 VVDD5.5 V 16 MHz 3.5 VVDD4.0 V 10 MHz TOAA20, TOAA21, TOAA30, TOAA31, TOAA40, TOAA41, TOAB00-TOAB03, TOAB10-TOAB13, TOAB20-TOAB23 tTIH tTIL TIn TIn : TIAA00 TIAA00, TIAA01 TIAA01, TIAA10 TIAA10, TIAA11 TIAA11, TIAA20 TIAA20, TIAA21 TIAA21, TIAA30 TIAA30, TIAA31 TIAA31, TIAA40 TIAA40, TIAA41 TIAA41, TIAB00-TIAB03 TIAB00-TIAB03, TIAB10-TIAB13 TIAB10-TIAB13, TIAB20-TIAB23 TIAB20-TIAB23 60 U18608JJ2V0DS U18608JJ2V0DS PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 dCSI TA = -4085, VDD = VDD1 = EVDD = BVDD = 3.5 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V, CL = 50 pF MIN. MAX. SCKBn tKCY1 125 ns SCKBn tKH1 tKCY1/2-15 ns SCKBn tKL1 tKCY1/2-15 ns SIBnSCKBn tSIK1 30 ns SIBnSCKBn tKSI1 25 ns SCKBnSOBn tKSO1 25 ns TA = -4085, VDD = VDD1 = EVDD = BVDD = 3.5 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V, CL = 50 pF MIN. MAX. SCKBn tKCY1 200 ns SCKBn tKH1 90 ns SCKBn tKL1 90 ns SIBnSCKBn tSIK1 50 ns SIBnSCKBn tKSI1 50 ns SCKBnSOBn tKSO1 50 ns tKCY1 tKL1 tKH1 SCKBn tSIK1 SIBn Hi-Z tKSI1 tKSO1 SOBn PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380n = 0-2 PD70F3381 PD70F3381, 70F3382n = 0-3 U18608JJ2V0DS U18608JJ2V0DS 61 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 eUART TA = -4085, VDD = VDD1 = EVDD = BVDD = 3.5 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V, CL = 50 pF MIN. MAX. 1.5 Mbps ASCK0 10 MHz 2 fI C TA = -4085, VDD = VDD1 = EVDD = BVDD = 3.5 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V, CL = 50 pF MIN. MAX. MIN. MAX. SCL00 SCL00 fCLK 0 100 0 400 kHz tBUF 4.7 - 1.3 - s tHD:STA 4.0 - 0.6 - s SCL00 SCL00 tLOW 4.7 - 1.3 - s SCL00 SCL00 tHIGH 4.0 - 0.6 - s 4.7 - 0.6 - s 5.0 - - - s - 1 tSUSTA CBUS tHDDAT 2 I C - 0 tSUDAT SDA00SCL00 SDA00SCL00 tR 2 250 - - 2 0 100 0.9 4 3 s - 5 ns 300 ns 300 ns - 1000 200.1Cb - 300 200.1Cb 4.0 - 0.6 - s - - 0 50 ns - 400 - 400 pF SDA00SCL00 SDA00SCL00 tF 5 tSUSTO tSP Cb 1. 2. SCL00 SCL00 SCL00 SCL00 VIHmin.SDA00 SDA00 300 ns 3. SCL00 SCL00 tLOW tHDDAT 2 2 4. I C I C SCL00 SCL00 tSUDAT250 ns SCL00 SCL00 2 SCL00 SCL00 tRmax.tSUDAT = 1000250 = 1250 ns I C SDA0n 5. Cb1 pF 62 U18608JJ2V0DS U18608JJ2V0DS PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 2 I C tHIGH tLOW SCL00 SCL00 tF tR tHD:DAT tSU:DAT tR tSU:STA tF tHD:STA tHD:STA tSP tSU:STO SDA00 SDA00 tBUF gCAN TA = -4085, VDD = VDD1 = EVDD = BVDD = 3.5 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V, CL = 50 pF MIN. 1 Mbps 100 ns tNODE= tOUTPUTtINPUT CAN toutput CTXDn () tinput CRXDn () CAN fCANCAN PD70F3378 PD70F3378 n = 0-2 PD70F3378 PD70F3378 n = 0-3 V850ES/FJ3 V850ES/FJ3 CAN CTXDn {{ MAX. CRXDn U18608JJ2V0DS U18608JJ2V0DS 63 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 3. 1. 12 A/D TA = -4085, VDD = VDD1 = EVDD = BVDD = 3.5 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V, CL = 50 pF MIN. TYP. MAX. 10 1 4.0 VAVREF05 VAVREF05.5 V tCONV tSTA ±0.15 3.10 ADAmM0.ADAmPS bit ±0.3 %FSR 16 s 2 s 1 s = 01 tDPU STOP 1 ZSE ±0.3 %FSR FSE ±0.3 %FSR INL ±2.5 LSB DNL ±1.5 LSB VIAN AVREF0 V AVREF0 IAREF0 7 mA 1 2 2 AVSS A/D 4 10 A AVREF0 3FC 3FF HEX AVSS 000 003 HEX A/D 1. 1 ±0.05 %FSR%FSR 2. ±0.5 LSB 1. A/D 2. AVSS GND 3. 4. A/D 0.6 %FSR 5. A/D FSRFull Scale Range LSBLeast Significant Bit 64 U18608JJ2V0DS U18608JJ2V0DS PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 3. 1. 13 POC TA = -4085, VDD = VDD1 = EVDD = BVDD, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V, CL = 50 pF TYP. MAX. 3.5 3.7 VPOC0 tPTH 1 VDD = 0 V 3.3 V tPTHD 1 MIN. 3.3 0.002 VDD3.7 V V ms 2.0 ms 1.0 ms 2 2 tPD VDD3.3 V tPW VDD 0.2 1. 2. ms VDD MAX. TYP. MIN. tPW tPTH tPTHD tPD tPTHD 3. 1. 14 LVI TA = -4085, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V, CL = 50 pF TYP. MAX. VLVI0 MIN. 3.8 4.0 4.2 V VLVI1 3.5 3.7 3.9 V 0.2 2.0 ms 1 tLD VDDVLVI0, VLVI1MAX. VDDVLVI0, VLVI1MIN. tLW VDD 2 tLWAIT 0.2 VDD3.3 V ms 0.1 0.2 ms LVIONLVIM.bit7= 0 1 1. 2. POC U18608JJ2V0DS U18608JJ2V0DS 65 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 VDD MAX. TYP. MIN. MIN. tLW tLWAIT tLD tLD LVION = 0 1 3. 1. 15 RAM TA = -4085, VDD = VDD1 = EVDD = BVDD = 1.9 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V, CL = 50 pF MIN. tRAMHTH VDD = 0 V 3.3 V tRAMHD MAX. 2.0 2.1 V 1800 ms 2.0 ms VRAMH TYP. 1.9 MAX. 0.002 0.2 VDD tRAMHW 0.2 ms RAMF VDD MIN. MAX. TYP. MIN. tRAMHTH tRAMHD tRAMHW tRAMHD 66 U18608JJ2V0DS U18608JJ2V0DS PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 3. 1. 16 1 TA = -4085, VDD = VDD1 = EVDD = BVDD, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V, CL = 50 pF MIN. TYP. MAX. PD70F3378 PD70F3378 4 32 MHz PD70F3378 PD70F3378 4 48 MHz 3.3 fCPU 5.5 VDD CWRT 1 1000 V 2 15 10000 2 5 VIH FLMD0 0.8EVDD EVDD V VIL FLMD0 EVSS 0.2EVDD V tPRG -40 85 -40 85 1. 1 P E PEPEP 3 EPEPEP 3 2. 2 TA = -4085, VDD = VDD1 = EVDD = BVDD, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V, CL = 50 pF MIN. TYP. MAX. tDP 1 ms FLMD0 tPR 2 ms 800 s FLMD0, FLMD1 VDD FLMD0 tRP ¯¯¯¯¯¯ RESET 10 100 s 50 FLMD0 tCH/tCL ns FLMD tR/tF U18608JJ2V0DS U18608JJ2V0DS 67 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 VDD VDD 0V tCH VDD FLMD0 0V tF tCL VDD FLMD1 0V VDD RESET 0V tDP 68 tPR tRP U18608JJ2V0DS U18608JJ2V0DS tR PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 3. 2 A1 3. 2. 1 TA = 251/2 VDD V 1 DD1 BVDD EVDD V 1 SS1 AVSS BVSS EVSS VI1 VDD = V -0.56.5 V VDD = V 1 DD1 -0.56.5 V VDD = V 1 DD1 -0.56.5 V VDD = V 1 DD1 -0.56.5 V -0.56.5 V -0.50.5 V = EVSS = BVSS = AVSS -0.50.5 V = EVSS = BVSS = AVSS -0.50.5 V V = EVDD = BVDD = EVDD = BVDD = EVDD = BVDD = EVDD = BVDD AVREF0 VSS 1 DD1 VSS = V 1 SS1 VSS = V 1 SS1 VSS = V 1 SS1 VSS = V 1 SS1 = EVSS = BVSS = AVSS -0.50.5 VSS = V 1 SS1 = EVSS = BVSS = AVSS -0.50.5 = EVSS = BVSS = AVSS P00-P06 P00-P06, P10, P11, P30-P39 P30-P39, P40-P42 P40-P42, P50-P55 P50-P55, -0.5EVDD0.5 V 2 V ¯¯¯¯¯¯ P60-P615 P60-P615, P80, P81, P90-P915 P90-P915, RESET, FLMD0 VI2 PCD0-PCD3, PCM0-PCM5, PCS0-PCS7, -0.5BVDD0.5 2 V PCT0-PCT7, PDL0-PDL15 PDL0-PDL15 VI3 VIAN X1, X2, XT1, XT2 P70-P715 P70-P715, P120-P127 P120-P127 V -0.5VRO0.5 -0.5AVREF00 5AVREF00.5 2 V 1. PD70F3378 PD70F3378 2. MAX. 1. IC VDD VCC GND 2. 1 DC AC 3. U18608JJ2V0DS U18608JJ2V0DS 69 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 TA = 252/2 P00-P06 P00-P06, P10, P11, P30-P39 P30-P39, 1 4 mA 20 mA 1 4 mA IOL 10 mA P40-P42 P40-P42, P50-P55 P50-P55, P60-P615 P60-P615, P80, P81, P90-P915 P90-P915 P70-P715 P70-P715, P120-P127 P120-P127 PCD0-PCD3, PCM0-PCM5, 1 4 mA PCS0-PCS7, PCT0-PCT7, 20 mA 1 -4 mA -20 mA 1 -4 mA -10 mA PCD0-PCD3, PCM0-PCM5, 1 -4 mA PCS0-PCS7, PCT0-PCT7, -20 mA -40110 °C -40125 °C PDL0-PDL15 PDL0-PDL15 IOH P00-P06 P00-P06, P10, P11, P30-P39 P30-P39, P40-P42 P40-P42, P50-P55 P50-P55, P60-P615 P60-P615, P80, P81, P90-P915 P90-P915 P70-P715 P70-P715, P120-P127 P120-P127 PDL0-PDL15 PDL0-PDL15 TA Tstg 1. IC VDD VCC GND 2. 1 DC AC 3. 70 U18608JJ2V0DS U18608JJ2V0DS PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 3. 2. 2 TA = 25, VDD = VDD1 = EVDD = AVREF0 = BVDD = VSS = VSS1 = EVSS = BVSS = AVSS = 0 V CIO MIN. TYP. MAX. fX = 1 MHz0 V 10 pF 3. 2. 3 TA = -40110, VDD = VDD1 = EVDD = BVDD, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V, REGC = 4.7 F fCLK 4.0 MHzfXX32 MHz VDD 3.5 VVDD5.5 V PD70F3378 PD70F3378 fXP132 MHz : 4.0 VVDD5.5 V fXP120 MHz : 3.5 VVDD4.0 V 3.3 VVDD3.5 V - CPU - Flash - RAM - PortI/O 4.0 MHzfXX48 MHz - Watch Timer PD70F3379 PD70F3379, 70F3380 70F3380, 70F3381 70F3381, - Watchdog Timer 2 70F3382 70F3382 - Interrupt Contoroller - Clock Monitor - POC - Low Voltage Detector 12.5 kHzfXT27.5 kHz RC 3.3 VVDD5.5 V - 240 kHz 3.3 VVDD5.5 V - 1/2 RC 2555 kHz fXP1 1 U18608JJ2V0DS U18608JJ2V0DS 71 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 3. 2. 4 TA = -40110, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V MIN. 1 4 fX X1 X2 PCC.MCK TYP. 64 2 MAX. 16 MHz 3 s 3 s 3 s 10 STOP 64 5 IDLE2 1 4 4 fX 54 2 PCC.MCK 64 2 16 MHz 3 s 3 s 3 s 10 STOP IDLE2 64 5 54 2 4 1. 2. OSTS 3. OSTS 4. OSTS 5. IDLE2 1. VSS 2. 72 U18608JJ2V0DS U18608JJ2V0DS PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 TA = -40110, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V RC 1, 4 MIN. 3 R = 390 k ± 5% TYP. MAX. 25 40 55 kHz 100 s 3 XT1 C = 47 pF ± 10% XT2 2 1. CPU 2. 11 AC 3. 2. VDD MIN. 3.3 V 3. 4. RC 40 kHzTYP. 2 RC fXT12.5 kHzMIN.20 kHzTYP.27.5 kHzMAX. 1. VSS 2. U18608JJ2V0DS U18608JJ2V0DS 73 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 3. 2. 5 PLL TA = -40110, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V fxx tPLL MIN. fx TYP. MAX. 4 16 MHz PD70F3378 PD70F3378 12 32 MHz PD70F3378 PD70F3378 12 48 MHz 800 s VDDMIN. 3.3 V 3. 2. 6 SSCG TA = -40110, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V fxx MIN. fx TYP. MAX. MHz PD70F3378 PD70F3378 tSSCG 16 12 32 MHz PD70F3378 PD70F3378 4 12 48 MHz 1000 s VDDMIN. 3.3 V SFC1.SFC16-SFC14 SFC16-SFC14 MIN.MAX. MAX.MAX. SFC1.SFC16-SFC14 SFC16-SFC14 TYP. MAX. PD70F3378 PD70F3378 PD70F3378 PD70F3378 000B ±0.5% ±2.0% 31.4 MHz 47.0 MHz 001B ±1.0% ±2.5% 31.2 MHz 46.8 MHz 010B ±2.0% ±4.0% 30.7 MHz 46.1 MHz 011B ±3.0% ±6.0% 30.1 MHz 45.1 MHz 100B ±4.0% ±8.0% 29.4 MHz 44.2 MHz 101B ±5.0% ±10.0% 28.8 MHz 43.2 MHz 3. 2. 7 TA = -40110, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V fRL fRH MIN. TYP. MAX. 204 240 276 kHz 7.2 8.0 8.8 MHz 10 36 s 92 256 s 74 U18608JJ2V0DS U18608JJ2V0DS 51 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 3. 2. 8 TA = -40110, VDD = VDD1 = EVDD = BVDD, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V VRO tREG VDD, VDD1 MIN. TYP. 3.3 MAX. 5.5 2.5 VDDMIN. 3.3 V V V 1 ms REGCC = 4.7 F±20% VDD, VDD1 3.3 V tREG VRO RESET RESET = VSS = 0 V VDD U18608JJ2V0DS U18608JJ2V0DS 75 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 3. 2. 9 DC 1 TA = -40110VDD -40110VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS =0 V 0.7EVDD EVDD V 0.8EVDD EVDD V 0.8BVDD BVDD V PCD0-PCD3, PCM0-PCM5, PCS0-PCS7, 0.7BVDD BVDD V 0.7AVREF0 AVREF0 V 0.8EVDD EVDD V EVSS 0.3EVDD V EVSS 0.4EVDD V PDL0-PDL15 PDL0-PDL15 MAX. PDL0-PDL15 PDL0-PDL15 BVSS 0.4BVDD V PCD0-PCD3, PCM0-PCM5, PCS0-PCS7, BVSS 0.3BVDD V MIN. VIH1 P04, P30, P31, P34, P36-P39 P36-P39, P40, P63-P69 P63-P69, VIH2 P00-P03 P00-P03, P05, P06, P10, P11, P32, P33, P35, TYP. P614, P615, P80, P81, P91, P911, P913-P915 P913-P915 P41, P42, P50-P55 P50-P55, P60-P62 P60-P62, P610-P613 P610-P613, P90, P92-P910 P92-P910, P912 VIH3 PCT0-PCT7 VIH4 VIH5 P70-P715 P70-P715, P120-P127 P120-P127 ¯¯¯¯¯¯ RESET, FLMD0 VIL1 P04, P30, P31, P34, P36-P39 P36-P39, P40, P63-P69 P63-P69, P614, P615, P80, P81, P91, P911, P913-P915 P913-P915 VIL2 P00-P03 P00-P03, P05, P06, P10, P11, P32, P33, P35, P41, P42, P50-P55 P50-P55, P60-P62 P60-P62, P610-P613 P610-P613, P90, P92-P910 P92-P910, P912 VIL3 PCT0-PCT7 VIL4 P70-P715 P70-P715, P120-P127 P120-P127 AVSS 0.3AVREF0 V VIL5 ¯¯¯¯¯¯ RESET, FLMD0 EVSS 0.2EVDD V VOH1 IOH = -1.0mA EVDD-1.0 EVDD V IOH = -0.1 mA EVDD-0.5 EVDD V PCD0-PCD3, PCM0-PCM5, IOH = -1.0mA BVDD-1.0 BVDD V PCS0-PCS7, PCT0-PCT7, IOH = -0.1 mA BVDD-0.5 BVDD V IOH = -1.0 mA AVREF0-1.0 AVREF0 V IOH = -0.1 mA AVREF0-0.5 1 P00-P06 P00-P06, P10, P11, P30-P39 P30-P39, P40-P42 P40-P42, P50-P55 P50-P55, P60-P615 P60-P615, AVREF0 V P80, P81, P90-P915 P90-P915 VOH2 PDL0-PDL15 PDL0-PDL15 VOH3 VOL1 P70-P715 P70-P715, P120-P127 P120-P127 1 IOL = 1.0 mA 0 0.4 V P914, P915 P00-P06 P00-P06, P10, P11, P30-P39 P30-P39, IOL = 3.0 mA 0 0.4 V PCD0-PCD3, PCM0-PCM5, IOL = 1.0 mA 0 0.4 V P40-P42 P40-P42, P50-P55 P50-P55, P60-P615 P60-P615, P80-P81 P80-P81, P90-P913 P90-P913 VOL2 PCS0-PCS7, PCT0-PCT7, PDL0-PDL15 PDL0-PDL15 VOL3 2 P70-P715 P70-P715, P120-P127 P120-P127 0.4 V R1 VI = 0 V IOL = 1.0 mA 10 0 30 100 k R2 VI = VDD 10 30 100 k 1. IOH/IOL EVDD, BVDD 20 mA/-20 mA IOH/IOL AVREF0 10 mA/-10 mA 2. DRST OCDM 76 U18608JJ2V0DS U18608JJ2V0DS PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 2 TA = -40110, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V ILIH1 MIN. VI = VDD VI = 0 V VO = 0 V A 0.4 0.8 A -0.4 A -0.8 ILOL1 A -0.4 VO = VDD 0.8 ILOH1 MAX. 0.4 ILIL1 TYP. -0.8 FLMD0 4.0 A -4.0 A a TA = -40110, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V VHYS1 0.5×EVDD, TYP. 0.267×EVDD-0.51 V 0.192×EVDD-0.31 V 0.192×BVDD-0.31 V 0.535×EVDD-0.9 V P04, P30, P31, P34, P36-P39 P36-P39, P40, P63-P69 P63-P69, P614, P615, P80, P81, P91, P911, P913-P915 P913-P915 VHYS2 0.6×EVDD, P00-P03 P00-P03, P05, P06, P10, P11, P32, P33, P35, P41, P42, P50-P55 P50-P55, P60-P62 P60-P62, P610-P613 P610-P613, P90, P92-P910 P92-P910, P912 0.6×BVDD, PDL0-PDL15 PDL0-PDL15 VHYS5 0.5×EVDD, ¯¯¯¯¯¯ RESET, FLMD0 U18608JJ2V0DS U18608JJ2V0DS 77 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 3 PD70F3381 PD70F3381, 70F33821/3 70F33821/3 TA = -40110, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V IDD1 1 OB_7B.PRSI = 0 4 MHzfXX fXP1 = fXX 16 MHz 2, MIN. PLL 7 fXX = 8 MHz TYP. MAX. - 15 22 mA - 24 32 mA - 30 41 mA - 43 57 mA - 53 68 mA - 13 - mA - 19 - mA - 23 - mA - 33 - mA - 46 - mA fRH, 3 fXX = 16 MHz fX = 16 MHz PLL fXX = 20 MHz 16 MHzfXX fX = 5 MHz 32 MHz fXX = 32 MHz fX = 16 MHz OB_7B.PRSI = 1 fXP1 = fXX/2 PLL 16 MHzfXX fXX = 48 MHz fX = 12 MHz 48 MHz OB_7B.PRSI PLL = 0 4 MHzfXX fXP1 = fXX 16 MHz fXX = 8 MHz fRH, 3 fXX = 16 MHz fX = 16 MHz PLL fXX = 20 MHz 16 MHzfXX fX = 5 MHz 32 MHz fXX = 32 MHz fX = 16 MHz OB_7B.PRSI = 1 fXP1 = fXX/2 78 PLL 16 MHzfXX fXX = 48 MHz fX = 12 MHz 48 MHz U18608JJ2V0DS U18608JJ2V0DS PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 PD70F3381 PD70F3381, 70F33822/3 70F33822/3 TA = -40110, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V IDD2 MIN. HALT OB_7B.PRSI 1 = 0 4 MHzfXX fXP1 = fXX 16 MHz 7 PLL fXX = 8 MHz TYP. MAX. - 9 14 mA - 15 22 mA - 19 28 mA - 28 40 mA - 31 42 mA - 6 - mA - 10 - mA - 13 - mA - 18 - mA - 25 - mA - 2.6 3.6 mA - 4.1 5.6 mA - 4.9 6.8 mA - 3.0 4.2 mA - 1.4 - mA - 1.8 - mA - 2.0 - mA - 1.3 - mA fRH, 3 fXX = 16 MHz fX = 16 MHz fXX = 20 MHz PLL 16 MHzfXX fX = 5 MHz 32 MHz fXX = 32 MHz fX = 16 MHz OB_7B.PRSI = 1 fXP1 = fXX/2 fXX = 48 MHz PLL 16 MHzfXX fX = 12 MHz 48 MHz OB_7B.PRSI = 0 4 MHzfXX PLL fXX = 8 MHz fXP1 = fXX 16 MHz fRH, 3 fXX = 16 MHz fX = 16 MHz fXX = 20 MHz PLL 16 MHzfXX fX = 5 MHz 32 MHz fXX = 32 MHz fX = 16 MHz OB_7B.PRSI = 1 fXP1 = fXX/2 IDD3 IDLE1 fXX = 48 MHz PLL 16 MHzfXX fX = 12 MHz 48 MHz PLL fXX = 5 MHz 4 MHzfXX - fX = 5 MHz 6 16 MHz TAA UARTD fXX = 12 MHz fX = 12 MHz fXX = 16 MHz fX = 16 MHz fXX = 8 MHz fRH, TAA UARTD - 3 fXX = 5 MHz PLL 4 MHzfXX 6 16 MHz fX = 5 MHz fXX = 12 MHz fX = 12 MHz fXX = 16 MHz fX = 16 MHz fXX = 8 MHz fRH, 3 U18608JJ2V0DS U18608JJ2V0DS 79 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 PD70F3381 PD70F3381, 70F33823/3 70F33823/3 TA = -40110, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V IDD4 1 IDLE2 - - MIN. PLL 4MHzfXX 16MHz 6 fXX = 5 MHz TYP. MAX. - 0.4 0.9 mA - 0.7 1.2 mA - 0.8 1.4 mA - 0.2 0.7 mA - 90 600 A - 330 1510 A - 40 420 A - 25 380 A - 7.5 300 A - 15.5 315 A - 10.5 305 A - 18.5 320 A fX = 5 MHz fXX = 12 MHz fX = 12 MHz fXX = 16 MHz fX = 16 MHz fXX = 8 MHz fRH, 3 IDD5 - - - fXT = 40 kHz TYP. RC fRL = 240 kHz TYP. 4 IDD6 - - - fXT = 40 kHz IDLE TYP. RC 3, 5 fRL = 240 kHz TYP. 4 IDD7 STOP 3, 4 - - - POC POC POC POC 80 U18608JJ2V0DS U18608JJ2V0DS PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 1 VDD, VDD1, EVDD, BVDD AVREF0 2 MAX. PLL 14-0.33×fXX/20.1×2 [mA] fXX = 16 MHz 14-0.33×16/20.1×2 = 8.52 mA PLL 14-0.18×fXX/23.0×2 [mA] fXX = 48 MHz 14-0.18×48/23.0×2 = -0.64 mA PLL 7-0.18×fXX/43.0[mA] fXX = 16 MHz 7-0.18×16/43.0= 3.28 mA PLL 7-0.18×fXX/43.0[mA] fXX = 48 MHz 7-0.18×48/43.0= 1.84 mA 3 4 5 POC 6 7 SSCG TYP.2.5 mAMAX.4 mA OB_7B 007BH 007BH U18608JJ2V0DS U18608JJ2V0DS 81 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 PD70F3381 PD70F3381, 70F3382 70F3382 TA = -40110, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V IDD1 OB_7B.PRSI 1 = 0 fXP1 = fXX 2, TYP. 4 OB_7B.PRSI = 1 10.6 1.35×fXX 7.1 13.6 1.17×fXX 6.0 12.2 - mA - mA - mA 1.00×fXX mA 3.0 5.5 0.75×fXX 1.04×fXX 3.8 6.9 0.56×fXX 0.69×fXX 4.0 8.5 0.46×fXX - mA - mA - mA 0.211×fXX 0.295×fXX mA 1.54 2.10 0.054×fXX - mA 0.037×fXX PLL 16 MHzfXX48 MHz 5.5 0.72×fXX 16 MHzfXX32 MHz mA 0.86×fXX PLL 1.35×fXX 0.97×fXX 4 MHzfXX16 MHz 1.12×fXX PLL MAX. 1.13×fXX 0.049×fXX mA 0.21 0.63 mA mA fXP1 = fXX/2 OB_7B.PRSI = 0 fXP1 = fXX PLL 4 MHzfXX16 MHz 0.85×fXX PLL 16 MHzfXX32 MHz OB_7B.PRSI = 1 5.7 6.2 0.82×fXX PLL 16 MHzfXX48 MHz 6.2 fXP1 = fXX/2 IDD2 HALT 4 OB_7B.PRSI = 0 fXP1 = fXX PLL 4 MHzfXX16 MHz PLL 16 MHzfXX32 MHz OB_7B.PRSI = 1 PLL 16 MHzfXX48 MHz mA mA fXP1 = fXX/2 OB_7B.PRSI = 0 fXP1 = fXX PLL 4 MHzfXX16 MHz 2.6 0.46×fXX PLL 16 MHzfXX32 MHz OB_7B.PRSI = 1 3.6 0.46×fXX PLL 16 MHzfXX48 MHz 2.8 fXP1 = fXX/2 IDD3 IDLE1 - PLL 3 4 MHzfXX16 MHz TAA UARTD - PLL 3 4 MHzfXX16 MHz TAA 1.15 UARTD IDD4 IDLE2 82 - - PLL 3 4 MHzfXX16 MHz U18608JJ2V0DS U18608JJ2V0DS PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 1. VDD, VDD1, EVDD, BVDD AVREF0 2. MAX. PLL 14-0.33×fxx/20.1×2 [mA] fXX = 16 MHz 14-0.33×16/20.1×2 = 8.52 mA PLL 14×0.18×fxx/23.0×2 [mA] fXX = 48 MHz 14-0.18×48/23.0×2 = -0.64 mA PLL 7-0.18×fxx/43.0 [mA] fXX = 16 MHz 7-0.18×16/43.0= 3.28 mA PLL 7-0.18×fXX/43.0 [mA] fXX = 48 MHz 7-0.18×48/43.0= 1.84 mA 3. 4. SSCG TYP.2.5 mAMAX.4 mA 1. 2. OB_7B 007BH 007BH fXX MHz U18608JJ2V0DS U18608JJ2V0DS 83 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 PD70F3379 PD70F3379, 70F33801/3 70F33801/3 TA = -40110, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V IDD1 1 OB_7B.PRSI = 0 4 MHzfXX fXP1 = fXX 16 MHz 2, MIN. PLL 7 fXX = 8 MHz TYP. MAX. - 14 21 mA - 23 31 mA - 28 39 mA - 41 54 mA - 51 66 mA - 12 - mA - 19 - mA - 22 - mA - 32 - mA - 44 - mA fRH, 3 fXX = 16 MHz fX = 16 MHz PLL fXX = 20 MHz 16 MHzfXX fX = 5 MHz 32 MHz fXX = 32 MHz fX = 16 MHz OB_7B.PRSI = 1 fXP1 = fXX/2 PLL fXX = 48 MHz 16 MHzfXX fX = 12 MHz 48 MHz OB_7B.PRSI = 0 4 MHzfXX PLL fXP1 = fXX 16 MHz fXX = 8 MHz fRH, 3 fXX = 16 MHz fX = 16 MHz PLL fXX = 20 MHz 16 MHzfXX fX = 5 MHz 32 MHz fXX = 32 MHz fX = 16 MHz OB_7B.PRSI = 1 fXP1 = fXX/2 84 PLL fXX = 48 MHz 16 MHzfXX fX = 12 MHz 48 MHz U18608JJ2V0DS U18608JJ2V0DS PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 PD70F3379 PD70F3379, 70F33802/3 70F33802/3 TA = -40110, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V IDD2 MIN. HALT OB_7B.PRSI 1 = 0 4 MHzfXX fXP1 = fXX 16 MHz 7 PLL fXX = 8 MHz TYP. MAX. - 8 12 mA - 13 20 mA - 18 26 mA - 27 39 mA - 30 40 mA - 5 - mA - 9 - mA - 12 - mA - 18 - mA - 24 - mA - 1.7 2.7 mA - 2.7 4.1 mA - 3.3 5.0 mA - 1.5 2.6 mA - 1.2 - mA - 1.4 - mA - 1.6 - mA - 1.1 - mA fRH, 3 fXX = 16 MHz fX = 16 MHz fXX = 20 MHz PLL 16 MHzfXX fX = 5 MHz 32 MHz fXX = 32 MHz fX = 16 MHz OB_7B.PRSI = 1 fXP1 = fXX/2 fXX = 48 MHz PLL 16 MHzfXX fX = 12 MHz 48 MHz OB_7B.PRSI = 0 4 MHzfXX PLL fXX = 8 MHz fXP1 = fXX 16 MHz fRH, 3 fXX = 16 MHz fX = 16 MHz fXX = 20 MHz PLL 16 MHzfXX fX = 5 MHz 32 MHz fXX = 32 MHz fX = 16 MHz OB_7B.PRSI = 1 fXP1 = fXX/2 IDD3 IDLE1 fXX = 48 MHz PLL 16 MHzfXX fX = 12 MHz 48 MHz PLL fXX = 5 MHz 4 MHzfXX - fX = 5 MHz 6 16 MHz TAA UARTD fXX = 12 MHz fX = 12 MHz fXX = 16 MHz fX = 16 MHz fXX = 8 MHz fRH, TAA UARTD - 3 fXX = 5 MHz PLL 4 MHzfXX 6 16 MHz fX = 5 MHz fXX = 12 MHz fX = 12 MHz fXX = 16 MHz fX = 16 MHz fXX = 8 MHz fRH, 3 U18608JJ2V0DS U18608JJ2V0DS 85 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 PD70F3379 PD70F3379, 70F33803/3 70F33803/3 TA = -40110, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V IDD4 1 IDLE2 MIN. - PLL fXX = 5 MHz 4 MHzfXX - TYP. MAX. - 0.4 0.9 mA - 0.7 1.2 mA - 0.8 1.4 mA - 0.2 0.7 mA - 80 600 A - 220 1200 A - 40 420 A - 25 380 A - 7.5 290 A - 15.5 305 A - 10.5 295 A - 18.5 310 A fX = 5 MHz 6 16 MHz fXX = 12 MHz fX = 12 MHz fXX = 16 MHz fX = 16 MHz fXX = 8 MHz fRH, 3 IDD5 - - - fXT = 40 kHz TYP. RC fRL = 240 kHz TYP. 4 IDD6 - - - fXT = 40 kHz IDLE TYP. RC 3, 5 fRL = 240 kHz TYP. 4 IDD7 STOP 3, 4 - - - POC POC POC POC 86 U18608JJ2V0DS U18608JJ2V0DS PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 1 VDD, VDD1, EVDD, BVDD AVREF0 2 MAX. PLL 14-0.33×fXX/20.1×2 [mA] fXX = 16 MHz 14-0.33×16/20.1×2 = 8.52 mA PLL 14-0.18×fXX/23.0×2 [mA] fXX = 48 MHz 14-0.18×48/23.0×2 = -0.64 mA PLL 7-0.18×fXX/43.0[mA] fXX = 16 MHz 7-0.18×16/43.0= 3.28 mA PLL 7-0.18×fXX/43.0[mA] fXX = 48 MHz 7-0.18×48/43.0= 1.84 mA 3 4 5 POC 6 7 SSCG TYP.2.5 mAMAX.4 mA OB_7B 007BH 007BH U18608JJ2V0DS U18608JJ2V0DS 87 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 PD70F3379 PD70F3379, 70F3380 70F3380 TA = -40110, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V IDD1 OB_7B.PRSI 1 = 0 fXP1 = fXX 2, TYP. 4 OB_7B.PRSI = 1 1.27×fXX 7.1 13.6 1.13×fXX 6.0 12.2 - mA - mA - mA 0.70×fXX 1.00×fXX mA 1.9 4.0 0.75×fXX 1.04×fXX 3.0 5.4 0.56×fXX 0.69×fXX 2.8 7.0 0.44×fXX - mA - mA - mA 0.151×fXX 0.209×fXX mA 0.89 1.63 0.035×fXX - mA 0.037×fXX PLL 16 MHzfXX48 MHz 10.6 0.83×fXX 16 MHzfXX32 MHz mA 0.94×fXX PLL 1.28×fXX 1.06×fXX 4 MHzfXX16 MHz 5.5 PLL MAX. 1.06×fXX 0.049×fXX mA 0.21 0.63 mA mA fXP1 = fXX/2 OB_7B.PRSI = 0 fXP1 = fXX PLL 4 MHzfXX16 MHz 5.7 0.81×fXX PLL 16 MHzfXX32 MHz OB_7B.PRSI = 1 6.2 0.79×fXX PLL 16 MHzfXX48 MHz 6.2 fXP1 = fXX/2 IDD2 HALT 4 OB_7B.PRSI = 0 fXP1 = fXX PLL 4 MHzfXX16 MHz PLL 16 MHzfXX32 MHz OB_7B.PRSI = 1 PLL 16 MHzfXX48 MHz mA mA fXP1 = fXX/2 OB_7B.PRSI = 0 fXP1 = fXX PLL 4 MHzfXX16 MHz 1.6 0.46×fXX PLL 16 MHzfXX32 MHz OB_7B.PRSI = 1 2.8 0.46×fXX PLL 16 MHzfXX48 MHz 1.8 fXP1 = fXX/2 IDD3 IDLE1 - PLL 4 MHzfXX16 MHz TAA 3 UARTD - PLL 4 MHzfXX16 MHz TAA 3 1.01 UARTD IDD4 IDLE2 88 - - PLL 4 MHzfXX16 MHz U18608JJ2V0DS U18608JJ2V0DS 3 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 1. VDD, VDD1, EVDD, BVDD AVREF0 2. MAX. PLL 14-0.33×fXX/20.1×2 [mA] fXX = 16 MHz 14-0.33×16/20.1×2 = 8.52 mA PLL 14-0.18×fXX/23.0×2 [mA] fXX = 48 MHz 14-0.18×48/23.0×2 = -0.64 mA PLL 7-0.18×fXX/43.0[mA] fXX = 16 MHz 7-0.18×16/43.0= 3.28 mA PLL 7-0.18×fXX/43.0[mA] fXX = 48 MHz 7-0.18×48/43.0= 1.84 mA 3. 4. SSCG TYP.2.5 mAMAX.4 mA 1. 2. OB_7B 007BH 007BH fXX MHz U18608JJ2V0DS U18608JJ2V0DS 89 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 PD70F33781/3 PD70F33781/3 TA = -40110, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V IDD1 1 OB_7B.PRSI = 0 4 MHzfXX fXP1 = fXX 16 MHz 2, MIN. PLL 7 fXX = 8 MHz TYP. MAX. - 14 21 mA - 22 30 mA - 28 38 mA - 40 53 mA - 36 48 mA - 12 - mA - 19 - mA - 22 - mA - 32 - mA - 31 - mA fRH, 3 fXX = 16 MHz fX = 16 MHz PLL fXX = 20 MHz 16 MHzfXX fX = 5 MHz 32 MHz fXX = 32 MHz fX = 16 MHz OB_7B.PRSI = 1 fXP1 = fXX/2 PLL fXX = 32 MHz 16 MHzfXX fX = 16 MHz 32 MHz OB_7B.PRSI = 0 4 MHzfXX PLL fXP1 = fXX 16 MHz fXX = 8 MHz fRH, 3 fXX = 16 MHz fX = 16 MHz PLL fXX = 20 MHz 16 MHzfXX fX = 5 MHz 32 MHz fXX = 32 MHz fX = 16 MHz OB_7B.PRSI = 1 fXP1 = fXX/2 90 PLL fXX = 32 MHz 16 MHzfXX fX = 16 MHz 32 MHz U18608JJ2V0DS U18608JJ2V0DS PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 PD70F33782/3 PD70F33782/3 TA = -40110, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V IDD2 MIN. HALT OB_7B.PRSI 1 = 0 4 MHzfXX fXP1 = fXX 16 MHz 7 PLL fXX = 8 MHz TYP. MAX. - 8 12 mA - 13 20 mA - 18 26 mA - 27 39 mA - 21 29 mA - 5 - mA - 9 - mA - 12 - mA - 18 - mA - 17 - mA - 1.7 2.7 mA - 2.7 4.1 mA - 3.3 5.0 mA - 1.5 2.6 mA - 1.2 - mA - 1.4 - mA - 1.6 - mA - 1.1 - mA fRH, 3 fXX = 16 MHz fX = 16 MHz fXX = 20 MHz PLL 16 MHzfXX fX = 5 MHz 32 MHz fXX = 32 MHz fX = 16 MHz OB_7B.PRSI = 1 fXP1 = fXX/2 fXX = 32 MHz PLL 16 MHzfXX fX = 16 MHz 32 MHz OB_7B.PRSI = 0 4 MHzfXX PLL fXX = 8 MHz fXP1 = fXX 16 MHz fRH, 3 fXX = 16 MHz fX = 16 MHz fXX = 20 MHz PLL 16 MHzfXX fX = 5 MHz 32 MHz fXX = 32 MHz fX = 16 MHz OB_7B.PRSI = 1 fXP1 = fXX/2 IDD3 IDLE1 fXX = 32 MHz PLL 16 MHzfXX fX = 16 MHz 32 MHz PLL fXX = 5 MHz 4 MHzfXX - fX = 5MHz 6 16 MHz TAA UARTD fXX = 12 MHz fX = 12 MHz fXX = 16 MHz fX = 16 MHz fXX = 8 MHz fRH, TAA UARTD - 3 fXX = 5 MHz PLL 4 MHzfXX 6 16 MHz fX = 5 MHz fXX = 12 MHz fX = 12 MHz fXX = 16 MHz fX = 16 MHz fXX = 8 MHz fRH, 3 U18608JJ2V0DS U18608JJ2V0DS 91 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 PD70F33783/3 PD70F33783/3 TA = -40110, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V IDD4 1 IDLE2 MIN. - PLL fXX = 5 MHz 4 MHzfXX - TYP. MAX. - 0.4 0.9 mA - 0.7 1.2 mA - 0.8 1.4 mA - 0.2 0.7 mA - 80 600 A - 220 1200 A - 40 420 A - 25 380 A - 7.5 280 A - 15.5 295 A - 10.5 285 A - 18.5 300 A fX = 5 MHz 6 16 MHz fXX = 12 MHz fX = 12 MHz fXX = 16 MHz fX = 16 MHz fXX = 8 MHz fRH, 3 IDD5 - - - fXT = 40 kHz TYP. RC fRL = 240 kHz TYP. 4 IDD6 - - - IDLE TYP. RC 3, fXT = 40 kHz 5 fRL = 240 kHz TYP. 4 IDD7 STOP 3, 4 - - - POC POC POC POC 92 U18608JJ2V0DS U18608JJ2V0DS PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 1 VDD, VDD1, EVDD, BVDD AVREF0 2 MAX. PLL 7-0.33×fXX0.1[mA] fXX = 16 MHz 7-0.33×160.1 = 1.62 mA PLL 7-0.18×fXX3.0[mA] fXX = 32 MHz 7-0.18×323.0 = -1.76 mA PLL 7-0.18×fXX/43.0[mA] fXX = 16 MHz 7-0.18×16/43.0= 3.28 mA PLL 7-0.18×fXX/43.0[mA] fXX = 32 MHz 7-0.18×32/43.0= 2.56 mA 3 4 5 POC 6 7 SSCG TYP.2.5 mAMAX.4 mA OB_7B 007BH 007BH U18608JJ2V0DS U18608JJ2V0DS 93 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 PD70F3378 PD70F3378 TA = -40110, VDD = VDD1 = EVDD = BVDD = 3.3 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V IDD1 OB_7B.PRSI 1 = 0 fXP1 = fXX 2, TYP. 4 OB_7B.PRSI = 1 1.24×fXX 7.1 13.6 1.11×fXX 6.0 12.2 - mA - mA - mA 0.70×fXX 1.00×fXX mA 1.9 4.0 0.75×fXX 1.04×fXX 3.0 5.4 0.56×fXX 0.69×fXX 2.8 7.0 0.44×fXX - mA - mA - mA 0.151×fXX 0.209×fXX mA 0.89 1.63 0.035×fXX - mA 0.037×fXX PLL 16 MHzfXX32 MHz 10.6 0.83×fXX 16 MHzfXX32 MHz mA 0.92×fXX PLL 1.24×fXX 1.03×fXX 4 MHzfXX16 MHz 5.5 PLL MAX. 1.03×fXX 0.049×fXX mA 0.21 0.63 mA mA fXP1 = fXX/2 OB_7B.PRSI = 0 fXP1 = fXX PLL 4 MHzfXX16 MHz 5.7 0.81×fXX PLL 16 MHzfXX32 MHz OB_7B.PRSI = 1 6.2 0.79×fXX PLL 16 MHzfXX32 MHz 6.2 fXP1 = fXX/2 IDD2 HALT 4 OB_7B.PRSI = 0 fXP1 = fXX PLL 4 MHzfXX16 MHz PLL 16 MHzfXX32 MHz OB_7B.PRSI = 1 PLL 16 MHzfXX32 MHz mA mA fXP1 = fXX/2 OB_7B.PRSI = 0 fXP1 = fXX PLL 4 MHzfXX16 MHz 1.6 0.46×fXX PLL 16 MHzfXX32 MHz OB_7B.PRSI = 1 2.8 0.46×fXX PLL 16 MHzfXX32 MHz 1.8 fXP1 = fXX/2 IDD3 IDLE1 - PLL 4 MHzfXX16 MHz TAA 3 UARTD - PLL 4 MHzfXX16 MHz TAA 3 1.01 UARTD IDD4 IDLE2 94 - - PLL 4 MHzfXX16 MHz U18608JJ2V0DS U18608JJ2V0DS 3 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 1. VDD, VDD1, EVDD, BVDD AVREF0 2. MAX. PLL 7-0.33×fXX0.1[mA] fXX = 16 MHz 7-0.33×160.1 = 1.62 mA PLL 7-0.18×fXX3.0[mA] fXX = 32 MHz 7-0.18×323.0 = -1.76 mA PLL 7-0.18×fXX/43.0[mA] fXX = 16 MHz 7-0.18×16/43.0= 3.28 mA PLL 7-0.18×fXX/43.0[mA] fXX = 32 MHz 7-0.18×32/43.0= 2.56 mA 3. 4. SSCG TYP.2.5 mAMAX.4 mA 1. 2. OB_7B 007BH 007BH fXX MHz U18608JJ2V0DS U18608JJ2V0DS 95 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 3. 2. 10 STOP TA = -40110, VDD = VDD1 = EVDD = BVDD = 1.9 V5.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V MIN. TYP. MAX. 5.5 V 70 A VDDDR STOP IDDDR VDDDR = 2.0 V tRVD 1 s tFVD 1 s tHVD STOP 0 ms STOP tDREL VDDMIN. 3.3 V 0 s VIHDR 0.9VDDDR VDDDR V VILDR 0 0.1VDDDR V 1.9 6.5 STOP STOP STOP Min. VDD/VDD1/EVDD/BVDD tHVD tFVD tRVD VDDDR VIHDR RESET STOPNMI STOPNMI 96 VIHDR VILDR U18608JJ2V0DS U18608JJ2V0DS STOP tDREL PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 3. 2. 11 AC AC VDD, AVREF0, EVDD, BVDD VDD VIH (MIN.) VIH (MIN.) VSS VIL (MAX.) VIL (MAX.) AC VOH (MIN.) VOH (MIN.) VOL (MAX.) VOL (MAX.) DUT CL = 50 pF 50 pF 50 pF U18608JJ2V0DS U18608JJ2V0DS 97 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 1CLKOUT TA = -40110, VDD = VDD1 = EVDD = BVDD = 3.5 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V, CL = 50 pF tCYK tWKH tWKL 50 ns 80 s 31.25 ns 80 s 3.5 VVDD = VDD1 = EVDD = BVDD4.0 V tCYK/2-15 ns tCYK/2-13 ns 3.5 VVDD = VDD1 = EVDD = BVDD4.0 V tCYK/2-15 ns tCYK/2-13 ns tKF 15 ns 13 ns 3.5 VVDD = VDD1 = EVDD = BVDD4.0 V 15 ns 4.0 VVDD = VDD1 = EVDD = BVDD5.5 V 3.5 VVDD = VDD1 = EVDD = BVDD4.0 V 4.0 VVDD = VDD1 = EVDD = BVDD5.5 V tKR 3.5 VVDD = VDD1 = EVDD = BVDD4.0 V 4.0 VVDD = VDD1 = EVDD = BVDD5.5 V MAX. 4.0 VVDD = VDD1 = EVDD = BVDD5.5 V MIN. 4.0 VVDD = VDD1 = EVDD = BVDD5.5 V 13 ns tCYK tWKH tWKL CLKOUT tKR 98 U18608JJ2V0DS U18608JJ2V0DS tKF PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 2 aCLKOUT TA = -40110, VDD = VDD1 = EVDD = BVDD = 3.5 V5.5 V, 4.0 VAVREF05 VAVREF05.5 V, VSS = VSS1 = EVSS = BVSS = AVSS = 0 V, CL = 50 pF MIN. MAX. ASTB tSAST 0.5tASW T-20 ns ASTB tHSTA 0.5tAHW T-15 ns ¯¯¯ RD tFRDA 16 ns tSAID 2ntASW tAHW T-40 ns ¯¯¯ RD tSRDID 1nT-34 ns ¯¯¯ ¯¯¯¯¯ ASTB RD, WRm tDSTRDWR ¯¯¯ RD 0.5tAHW T-15 ns tHRDID 0 ns ¯¯¯ RD tDRDA 1itAHW T-15 ns ¯¯¯ ¯¯¯¯¯ RD, WRm ASTB tDRDWRST 0.5T-15 5T-15 ns ¯¯¯ RD ASTB tDRDST 1.5itAHW T-15 ns ¯¯¯ ¯¯¯¯¯ RD, WRm tWRDWRL 1nT-20 ns ASTB tWSTH 1itASW T-15 ns ¯¯¯¯¯ WRm tDWROD ¯¯¯¯¯ WRm tSODWR 1nT-25 ns ¯¯¯¯¯ WRm tHWROD T-15 ns ¯¯¯¯¯ WAIT tSAWT1 15 1.5tASW tAHW T-45 tHAWT1 tSSTWT1 ns 0.5ntASW tAHW T ns 1.5ntASW tAHW T n1 tHAWT2 ¯¯¯¯¯ WAITASTB ns 1.5ntASW tAHW T-45 n1 tSAWT2 ¯¯¯¯¯ WAIT ns 1tAHW T-35 tHSTWT1 n1 tHSTWT2 ns 1ntAHW T-35 n1 tSSTWT2 ¯¯¯¯¯ WAITASTB ns ns ntAHW T ns 1ntAHW T ns ¯¯¯¯¯¯ HLDRQ tWHQH T 10 ns ¯¯¯¯¯¯ HLDAK tWHAL T-20 ns ¯¯¯¯¯¯ HLDAK tDHAC -3 ns ¯¯¯¯¯¯ ¯¯¯¯¯¯ HLDRQ HLDAK tDHQHA1 ¯¯¯¯¯¯ ¯¯¯¯¯¯ HLDRQ HLDAK tDHQHA2 1. 2. 2n7.5T25 ns 1.5T35 ns 0.5T T = 1/fCPUfCPUCPU n 3. i0 1 4. X1 11 5. tASW tAHW 6. m = 0, 1 U18608JJ2V0DS U18608JJ2V0DS 99 PD70F3378 PD70F3378, 70F3379 70F3379, 70F3380 70F3380, 70F3381 70F3381, 70F3382 70F3382 n tASW tAHW CPUfCPU PD70F3378 PD70F3378 31.25 ns1/fCPU40 ns PD70F3378 PD70F3378 30 ns1/fCPU40 ns 20.8 ns1/fCPU30 ns 20.8 ns1/fCPU25 ns n1 bCLKOUT TA = -40110, VDD = VDD1 = EVD