Panasonic MN103SD0Q Transfer mode: word transfer. burst transfer. intermittent transfer Datasheet

MN103SD0 Series
MN103SD0Q
MN103SFD0R
Mask ROM
FLASH
ROM (byte)
768K
1024K
RAM (byte)
32K
40K
Type
Internal ROM type
Package (Lead-free)
Minimum Instruction
Execution Time
UBGA257-P-1111A
16.7 ns (at 2.7 V to 3.6 V, 60 MHz)
 Interrupts
RESET. IRQ × 11. NMI. Key input. Timer × 32. Input capture × 16. PWM × 6. SIF × 24. I2C × 4. DMA × 18. WDT. A/D. System error
 Timer Counter
8-bit timer × 8
Reload-down count. Cascade connection possible (usable as a 16-bit to 32-bit timer)
16-bit timer × 6
Up-down count. Input capture. PWM output. Compare/capture register 2 channnels
16-bit timer × 6
Reload-down count
Watchdog timer × 1
 Serial interface
UART/Synchronous interface selective × 10: Serial 0, 1, 3 to A
Start-stop synchronization/Synchronization commonly used (16 bytes containing transmission/reception FIFO): Serial 2
I2C serial interface, multi master transmission/reception function × 2
 DMA controller
Number of channels: 6 channels
Unit of transfer: 8/16/32 bits
Maximum transfer cycles: 65535
Starting factor: External interrupt. Timer. Input capture. PWM. Serial transmission/reception. I2C transmission/reception. A/D conversion
finish. Software
Transfer method: 2-bus cycle transfer
Adressing modes: Fixed. Increment. Decrement
Transfer mode: Word transfer. Burst transfer. Intermittent transfer
 I/O Pins
I/O
Input
194 : Common use
1 : Exclusive
 A/D converter
10-bit × 32 channels
 PWM
12/14-bit resolution × 6 channels
 ICR
28-bit × 13 channels + 16-bit × 6 channels (common with timer)
 OCR
16-bit × 12 channels (common with timer)
 Timer Synchronous Output
4-bit (synchronous output) × 2 channels
 ROM Correction
8 channels
MAF00026FEM
MN103SD0Q, MN103SFD0R
 Electrical Charactreistics (A/D converter characteristics)
Parameter
Symbol
Condition
min
Limit
typ
max
10
Resolution
Non-linear error
VDD33 = 3.3 V. VSS = 0.0 V
A/D conversion time
IOCLK = 20 MHz. TAD = 200 ns
Unit
Bits
LSB
±3
2.4
µs
Ta = 25 °C
Note) TAD is A/D conversion clock cycle
 Pin Assignment
UBGA257-P-1111A
A
B
C
D
E
F
G
20 VDDL VDDL PN0, PM3, PL7, PL4, PL1,
TM20IOA SY0OT3 TM7IO TM4IO SCL0
H
PK6,
KI6
19 VDDL VDDL PM7, PM5, PM1, PL6, PL3, PL0,
SY1OT3 SY1OT1 SY0OT1 TM6IO TM3IO SDA0
18 PN2, PN1, VDDL PM6, PM4, PM0, PL5,
PL2
TM22IOA TM21IOA
SY1OT2 SY1OT0 SY0OT0 TM5IO
J
K
L
PJ7,
PK2, PK0, ADM15,
KI2
KI0
A15
PJ6,
PK4, PK1, ADM14,
KI4
KI1
A14
PI7,
PK5, PK3, ADM7,
KI5
KI3
A7
PI6,
VDD18 VSS ADM6,
A6
M
N
P
PJ5,
ADM13,
A13
PJ4,
ADM12,
A12
PI5,
ADM5,
A5
PI4,
ADM4,
A4
PJ3,
ADM11,
A11
PJ2,
ADM10,
A10
PI3,
ADM3,
A3
PI2,
ADM2,
A2
PJ1,
ADM9,
A9
PJ0,
ADM8,
A8
PI1,
ADM1,
A1
PI0,
ADM0,
A0
R
T
U
V
W
Y
PH3, PH4, PH0, PG0,
VDDB VDDB 20
SYSCLK DK NWE0 NCS0
PH5,
AS
PH2,
NRE
PG3, PG1, VDDB VDDB 19
NCS3 NCS1
PH6, PH1, PG2,
VDDB PF7, PF6, 18
RWSEL NWE1 NCS2
TM2IO TM1IO
17
PP0, PN4, PN3, VDDL PM2,
SBI7 TM21IOB TM20IOB
SY0OT2
16
PP4, PP2, PP1, PN5,
SBO8 SBT7 SBO7 TM22IOB
PF1,
IRQ7
PF3,
IRQ9
PF0,
IRQ6
15
PP7, PP5,
SBO9 SBT8
PP6,
SBI9
PP3,
SBI8
PE3,
NBG
PE5
PE2, PE0, 15
NBR TM10IO
14 PR2, PR0,
SBOA SBT9
PR1,
SBIA
VSS
PR4,
IRQ5
PR5
PR3,
SBTA
13
12
PS0
PS4, PS2, PS3,
TM14IO TM12IO TM13IO
PS1
VSS VDD18 PK7,
KI7
VSS
PG4, VDDB PF5, PF4, PF2, 17
NCS4
TM0IO IRQ10 IRQ8
PE4
PD5,
D13,
IRQ4
PD3, PD4, PD2,
VSS D11, D12, D10,
SBT6 IRQ3 SBO6
PC7, PD1, PD0, PC6,
D6,
D8,
D9,
D7,
SBO5 SBI6 SBT5 SBI5
PC4, PC5, PC3,
VDD33 D4,
D3,
D5,
SBO4 SBT4 SBI4
PC0, PC2,
PB5, PC1,
D2,
D0,
D1,
IRQ0 SBO3 SBI3 SBT3
PD6, PE1, PD7,
D14 TM11IO D15
16
14
13
12
11
PS7
PS5,
TM15IO
PS6
VDD33
10
P00,
AN0
P02,
AN2
P04,
AN4
P01,
AN1
9
P03,
AN3
P05,
AN5
P06,
AN6
VSS
VSS
PB2,
SBI2
PB3, PB4,
SBO2 SBT2
9
8
P07,
AN7
P11,
AN9
P12,
AN10
P10,
AN8
PA6,
A22
PB0,
A24
PA7,
A23
PB1,
A25
8
7
P13,
P15,
P17,
P14,
AN11 AN13 AN15 AN12
VSS
PA4,
A20
PA3,
A19
PA5,
A21
7
6
P16,
P20,
P24,
P21,
AN14 AN16 AN20 AN17
P96,
IRQ1
PA1,
A17
PA0,
A16
PA2,
A18
6
5
P22,
P23,
P26,
AN18 AN19 AN22
P85,
P94, P95,
PWM5 SBO1 SBT1
P97,
IRQ2
5
4
P25,
P27,
P30, VDD33 VSS
AN21 AN23 AN24
P93,
SBI1
4
3
P32,
P31, VDD33 P34, P36, P51,
P56, P61,
AN26 AN25
AN28 AN30 TM24IOA SDA1 ICR1
VSS
VSS
VSS
P53, VDD18 P76, VOUT VOUT VDD18 P71,
TM23IOB
NMI
ICR9
N.C.
VSS
P90,
N.C. VDD33
SBI0
P91,
SBO0
11
10
P63, MMOD P65,
ICR3
ICR5
P67, P73,
OCD_SDA N.C.
ICR7 ICR11
N.C.
P82, VDD33 P92,
P84, 3
SBT0 PWM4
PWM2
P35, P41, P50,
P54, P57,
2 VDD33 VDD33 P33,
AN27 AN29 WDOVF TM23IOA TM24IOB SCL1
P62,
ICR2
VSS
P66, P72,
ICR6 ICR10
N.C.
N.C.
P80,
P83, VDD33 VDD33 2
PWM0 PWM3
P55, P60,
1 VDD33 VDD33 VREFH P37, P40, P52,
AN31 ADTRG TM25IOA TM25IOB ICR0
LON
OSCI OSCO
P75
N.C. OCD_SCL P81, VDD33 VDD33 1
PWM1
A
B
MAF00026FEM
C
D
E
F
G
H
J
K
NRST
L
P64,
ICR4
M
N.C.
P70,
P74,
ICR8 ICR12
N
P
R
T
U
V
W
Y
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