MN102H60G , MN102H60K
Type
ROM (× 8-bit)
×
RAM (× 8-bit)
×
Package
Minimum Instruction
Execution Time
Interrupts
MN102H60G
128 K
4K
LQFP100-P-1414
*Lead-free
, MLGA100-L-1010
*Lead-free
With main clock operated
MN102H60K
256 K
8K
LQFP100-P-1414
*Lead-free
58 ns (at 3.0 V to 3.6 V, 34 MHz)
• RST pin • Watchdog • NMI pin • Timer counter 0 to 7 underflow • Timer counter 8 to 12 underflow
• Timer counter 8 to 12 compare capture A • Timer counter 8 to 12 compare capture B
• ATC ch.0 to 3 transfer finish • ETC ch.0 to 1 transfer finish
• External 0 to 4 • Serial ch.0 to 4 transmission • Serial ch.0 to 4 reception • KI pin (OR)
• A/D conversion finish
Timer counter 0 : 8-bit
×
1 (prescaler, timer output, event count, clock supply for 16-bit timer, timer interrupts)
Clock source ····················· 1/2 of system clock (BOSC) frequency; 1/4 of system clock (XI) frequency;
system clock (BOSC); TM0IO pin
Interrupt source ················ underflow of timer counter 0
Timer counter 1 : 8-bit
×
1 (serial clock generator, timer interrupts)
Clock source ····················· 1/2 of system clock (BOSC) frequency; underflow of timer counter 0, 4
Interrupt source ················ underflow of timer counter 1
Timer counter 2 : 8-bit
×
1 (serial clock generator, timer interrupts)
Clock source ····················· 1/2 of system clock (BOSC) frequency; underflow of timer counter 0, 4
Interrupt source ················ underflow of timer counter 2
Timer counter 3 : 8-bit
×
1 (A/D conversion start up, timer interrupts)
Clock source ····················· 1/2 of system clock (BOSC) frequency; underflow of timer counter 0, 4
Interrupt source ················ underflow of timer counter 3
Timer counter 4 : 8-bit
×
1
(prescaler, serial clock generator, timer output, event count, clock supply for 16-bit timer, timer interrupts)
Clock source ····················· 1/2 of system clock (BOSC) frequency; underflow of timer counter 0; TM4IO pin
Interrupt source ················ underflow of timer counter 4
Timer counter 5 : 8-bit
×
1 (serial clock generator, timer interrupts)
Clock source ····················· 1/2 of system clock (BOSC) frequency; underflow of timer counter 0;
system clock (BOSC)
Interrupt source ················ underflow of timer counter 5
Timer counter 6 : 8-bit
×
1 (timer interrupts)
Clock source ····················· 1/4 of system clock (XI) frequency; underflow of timer counter 0, 4
Interrupt source ················ underflow of timer counter 6
Timer counter 7 : 8-bit
×
1 (timer output, event count, timer interrupts)
Clock source ····················· 1/4 of system clock (XI) frequency; underflow of timer counter 0; TM7IO pin
Interrupt source ················ underflow of timer counter 7
Connectable
timer counter 0 to 7
Timer Counter
Timer counter 8 : 16-bit
×
1 (timer output, event count, input capture, PWM output, 2-phase encoder input)
Clock source ····················· underflow of timer counter 0, 4; TM8IOB pin; 1/2 of system clock (BOSC)
frequency; 2-phase encode of TM8IOA pin/TM8IOB pin (1
×,
4
×);
TM8IC pin
Interrupt source ················ underflow of timer counter 8; timer counter 8 compare capture A;
timer counter 8 compare capture B
MAE00005EEM
MN102H60G , MN102H60K
Timer Counter (Continue)
Timer counter 9 : 16-bit
×
1 (timer output, event count, input capture, PWM output, 2-phase encoder input)
Clock source ····················· underflow of timer counter 0, 4; TM9IOB pin; 1/2 of system clock (BOSC)
frequency; 2-phase encode of TM9IOA pin/TM9IOB pin (1
×,
4
×)
Interrupt source ················ underflow of timer counter 9; timer counter 9 compare capture A;
timer counter 9 compare capture B
Timer counter 10 : 16-bit
×
1 (timer output, event count, input capture, PWM output, 2-phase encoder input)
Clock source ····················· underflow of timer counter 0, 4; TM10IOB pin; 1/2 of system clock (BOSC)
frequency; 2-phase encode of TM10IOA pin/TM10IOB pin (1
×,
4
×)
Interrupt source ················ underflow of timer counter 10; timer counter 10 compare capture A;
timer counter 10 compare capture B
Timer counter 11 : 16-bit
×
1 (timer output, event count, input capture, PWM output, 2-phase encoder input)
Clock source ····················· underflow of timer counter 0, 4; TM11IOB pin; 1/2 of system clock (BOSC)
frequency; 2-phase encode of TM11IOA pin/TM11IOB pin (1
×,
4
×)
Interrupt source ················ underflow of timer counter 11; timer counter 11 compare capture A;
timer counter 11 compare capture B
Timer counter 12 : 16-bit
×
1 (timer output, event count, input capture, PWM output, 2-phase encoder input)
Clock source ····················· underflow of timer counter 0, 4; 1/2 of system clock (BOSC) frequency;
2-phase encode of TM12IOA pin/TM12IOB pin (1
×,
4
×),
TM12IOB pin
Interrupt source ················ underflow of timer counter 12; timer counter 12 compare capture A;
timer counter 12 compare capture B
Timer counter 13, 14 : 8-bit
×
1 (simple PWM output)
Clock source ····················· 1/2 of system clock (BOSC) frequency; underflow of timer counter 0
Timer counter 15 : 16-bit
×
1 (pulse width measurement)
Clock source ····················· system clock (BOSC); 1/2 of system clock (BOSC) frequency; underflow of
timer counter 0; TM15IB pin
Connectable
timer counter 13, 14
Serial Interface
Serial 0, 1 : 8-bit
×
1 (transfer direction of MSB / LSB selectable, transmission / reception of 7, 8-bit length)
Clock source ····················· 1/8 of timer counter 1 underflow frequency; 1/8, 1/2 of timer counter 2
underflow frequency; external pin
Serial 2, 3 : 8-bit
×
1 (transfer direction of MSB / LSB selectable, transmission / reception of 7, 8-bit length)
Clock source ····················· 1/8 of timer counter 4 underflow frequency; 1/8, 1/2 of timer counter 5
underflow frequency; external pin
Serial 4 : 8-bit
×
1 (transfer direction of MSB / LSB selectable, transmission / reception of 7, 8-bit length)
Clock source ····················· 1/8 of timer counter 1 underflow frequency; 1/8, 1/2 of timer counter 5
underflow frequency; external pin
UART
×
2 (common use with serial 3, 4)
I
2
C
×
2 (common use with serial 3,4; single master)
I/O Pins
A/D Inputs
PWM
ICR
OCR
Notes
I/O
82
• Common use : 46 (address data separate 8-bit mode) • Common use : 53 (address data multiplex 8-bit mode)
10-bit
×
8-ch. (with S/H)
16-bit
×
5-ch. (timer counter 8 to 12)
16-bit
×
5-ch. (timer counter 8 to 12)
16-bit
×
5-ch. (timer counter 8 to 12)
Address / data multiplex bus interface, address / data separate bus interface,
8-bit / 16-bit bus width selectable
See the next page for electrical characteristics, pin assignment and support tool.
MAE00005EEM
Electrical Characteristics
Supply current
Limit
Parameter
Symbol
Condition
min
VI = VDD or VSS, output open
Operating supply current
IDDopr
f = 34 MHz , VDD = 3.3 V
Pin with pull-up resistor is open
Supply current at STOP
IDDS
All other input pins and Hi-Z state input/output
pins are simultaneously applied VDD or VSS level
Supply current at HALT
IDDH
f = 34 MHz , VDD = 3.3 V, output open
(Ta =
−40°C
to +85°C , VDD = AVDD = 3.3 V , VSS = AVSS = 0 V)
* ”α” depends on products.
MN102H60G, MN102H60K :
α
= 0
MN102HF60G :
α
= 1
MN102HF60K :
α
= 2
30+10α *
mA
70
µA
60+10α *
mA
typ
max
Unit
A/D characteristics
Limit
Parameter
Non-linear error
A/D conversion time
Analog input voltage
VIA
Symbol
Condition
min
10-bit
at 34 MHz
3.29
VSS
VDD
typ
max
±
4
LSB
µ
s
V
Unit
(Ta = 25°C , VDD = AVDD = 3.3 V , VSS = AVSS = 0 V)
MAE00005EEM
MN102H60G ,MN102H60K
Pin Assignment
P91,TM10IOA,BIBT2,DMAACK1
P90,TM8IOA,BIBT1,DMAREQ1
P85,TM9IOA,SBT4,SCL4,SBO2
53
P92,TM10IOB,DMAREQ0
P93,TM10IC,DMAACK0
P84,TM7IO,SBO3,SDA3
52
P87,TM9IC,SBO4,SDA4
P71,SBI0,LCAS,CAS
P86,TM9IOB,SBI4
P73,SBT1,DMUX
P72,SBO0,UCAS
100
98
96
94
92
90
88
86
84
82
80
78
76
99
97
95
93
91
89
87
85
83
81
79
77
75
74
73
72
71
70
69
68
67
66
65
64
63
62
61
60
59
58
57
56
55
54
48
PA2,IRQ2
PA3,IRQ3
PA4,IRQ4,TM15IB
(ADSEP)
RST
V
DD
D0
D1
D2
D3
D4
D5
D6
D7
V
SS
D8
D9
D10
D11
D12
D13
D14
D15
49
PA1,IRQ1
50
PA0,IRQ0
51
P83,TM4IO,SBI3
P70,SBT0,RAS
P75,SBO1
P74,SBI1
P97,AN3
P96,AN2
P95,AN1
P94,AN0
VREF+
AV
SS
NMI
V
DD
*
*
P82,TM0IO,SBT3,SCL3,SBI2
P81,TM140B
P80,TM140A
A23,P47,AN7,WDOUT
A22,P46,AN6,STOP
A21,P45,AN5
A20,P44,AN4
VREF-
A19,P43
A18,P42
A17,P41
A16,P40
A15,P37,KI7
A14,P36,KI6
A13,P35,KI5
A12,P34,KI4
AV
DD
A11,P33,KI3
A10,P32,KI2
A9,P31,KI1
A8,P30,KI0
A7,P27
A6,P26
A5,P25
A4,P24,TM15IA
MN102H60G
MN102H60K
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
BOSC,PB0,BIBT1,BIBT2
P56,BSTRE,TM15IA
P60,WAIT,SBT2
P50,CS0,TM13OA
P51,CS1,TM13OB
P52,CS2,TM14OA
P53,CS3,TM14OB
A0,P20,SBT2
A1,P21,SBI2
WE,WEH,P63
A2,P22,SBO2
P55,BRACK
P54,BREQ
WEL,P62
RE,P61
(WORD)
A3,P23
XI,PB1
LQFP100-P-1414
*
Use 33 kΩ to 50 kΩ.
*Lead-free
*
Pin position in 16-bit bus width address data split memory extension mode.
Support Tool
In-circuit Emulator
Flash Memory Built-in Type
PX-ICE102H60-LQFP100-P-1414
Type
ROM (× 8-bit)
RAM (× 8-bit)
Minimum instruction execution time
Package
MN102HF60G, MN102HF60K
128 K / 256 K
4 K / 10 K
58 ns (at 3.0 V to 3.6 V, 34 MHz)
LQFP100-P-1414
*Lead-free
MAE00005EEM
(MODE)
OSCI
OSCO
V
DD
XO
V
DD
V
SS
25
1
2
3
4
5
6
7
8
9
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
Request for your special attention and precautions in using the technical information
and semiconductors described in this material
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the products or technical information described in this material and controlled under the "Foreign Exchange
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applied circuits examples of the products. It neither warrants non-infringement of intellectual property right
or any other rights owned by our company or a third party, nor grants any license.
(3) We are not liable for the infringement of rights owned by a third party arising out of the use of the technical
information as described in this material.
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appliances).
Consult our sales staff in advance for information on the following applications:
•
Special applications (such as for airplanes, aerospace, automobiles, traffic control equipment, combustion
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•
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therefore, ask for the most up-to-date Product Standards in advance to make sure that the latest specifications
satisfy your requirements.
(6) When designing your equipment, comply with the guaranteed values, in particular those of maximum rating,
the range of operating power supply voltage, and heat radiation characteristics. Otherwise, we will not be
liable for any defect which may arise later in your equipment.
Even when the products are used within the guaranteed values, take into the consideration of incidence of
break down and failure mode, possible to occur to semiconductor products. Measures on the systems such as
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