M30853FJGP#U3 Renesas Electronics America, M30853FJGP#U3 Datasheet - Page 123

• Manufacturer Part Number: M30853FJGP#U3
• Description: IC M32C MCU FLASH 100LQFP
• Manufacturer: Renesas Electronics America
• Series: M16C™ M32C/80r

Specifications of M30853FJGP#U3

• Core Processor: M32C/80
• Core Size: 16/32-Bit
• Speed: 32MHz
• Connectivity: CAN, I²C, IEBus, SIO, UART/USART
• Peripherals: DMA, WDT
• Number Of I /o: 85
• Program Memory Size: 512KB (512K x 8)
• Program Memory Type: FLASH
• Ram Size: 24K x 8
• Voltage - Supply (vcc/vdd): 3 V ~ 5.5 V
• Data Converters: A/D 26x10b; D/A 2x8b
• Oscillator Type: Internal
• Operating Temperature: -40°C ~ 85°C
• Package / Case: 100-LQFP
• For Use With: R0K330879S001BE - KIT DEV RSK M32C/87R0K330879S000BE - KIT DEV RSK M32C/87
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant
• Eeprom Size: -

R
R
e
E
v
[src/dest Classified by Format]
G format *
Q format *
S format *
Z format *
J
Chapter 3 Functions
*4 Indirect instruction addressing [src] and [dest] can be used in all addressing except R0L/R0/R2R0, R0H/R2/-, R1L/
*5 When you specify (.B) for the size specifier (.size), you cannot choose A0 and/or A1 for
*6 Operation is performed on the stack pointer indicated by the U flag. You cannot choose dsp:8 [SP] for
*7 When you specify (.B) or (.W) for the size specifier (.size) and
*8 When
*9 Indirect instruction addressing [src] and [dest] can be used in all addressing except R0L/R0/R2R0, R0H/R2/-,
*10 You can only specify (.B) or (.W) for the size specifier (.size).
*11 The range of values is - 8 < #IMM4 < +7.
*12 Indirect instruction addressing [src] and [dest] can be used in all addressing except R0L/R0, R1L/R1, and #IMM.
*13 You cannot choose the same registers for
*14 You can only specify (.B) or (.W) for the size specifier (.size).
*15 When
*16 You can specify (.W) for the size specifier (.size). In this case, you cannot use indirect instruction addressing mode
*17 You can specify (.L) for the size specifier (.size). In this case, you cannot use indirect instruction addressing mode
*18 You can specify (.B) or (.W) for the size specifier (.size).
1 .
0
R0L/R0/R2R0
R1L/R1/R3R1
A0/A0/A0*
dsp:8[A0]
dsp:16[A0]
dsp:24[A0]
#IMM8/#IMM16/#IMM32
R0L/R0/R2R0
R1L/R1/R3R1
A0/A0/A0
dsp:8[A0]
dsp:16[A0]
dsp:24[A0]
#IMM4*
R0L/R0*
#IMM8/#IMM16*
R0L/R0
#IMM16*
R0L
abs16
9
0 .
B
0
R1/R3R1, R1H/R3/-, dsp:8[SP], and #IMM.
simultaneously.
src
R1L/R1/R3R1, R1H/R3/-, and #IMM .
for
for
0
3
1
2
dest
dest
9
and
0
11
0 -
0
13
16
18
6
12
4
9
1
src
src
*
.
.
*
0 .
5
/#IMM24*
0
14
10
dest
0
5
3 .
A1/A1/A1*
dsp:8[A1]
dsp:16[A1]
dsp:24[A1]
or
A1/A1/A1
dsp:8[A1]
dsp:16[A1]
dsp:24[A1]
dsp:8[SB]*
dsp:8[SB]*
is not #IMM8/IMM16, you can only choose R1L/R1 for
R0H
#0
1
dest
simultaneously.
14
p
a
g
17
is dsp:8[SP], you cannot choose indirect instruction addressing [src] nor [dest].
e
src
src
105
src
src
5
14
17
dsp:8[FB]*
dsp:8[FB]*
R0H/R2/-
R1H/R3/-
[A0]
dsp:8[SB]
dsp:16[SB]
abs24
dsp:8[SP]*
R0H/R2/-
R1H/R3/-
[A0]
dsp:8[SB]
dsp:16[SB]
abs24
dsp:8[SB]
f o
3
3
5
14
17
6
*
abs16*
abs16*
8
[A1]
dsp:8[FB]
dsp:16[FB]
abs16
[A1]
dsp:8[FB]
dsp:16[FB]
abs16
dsp:8[FB]
src
14
17
and
R0L/R0*
abs16*
R0L
abs16
R0L/R0/R2R0
R1L/R1/R3R1
A0/A0/A0
dsp:8[A0]
dsp:16[A0]
dsp:24[A0]
R0L/R0/R2R0
R1L/R1/R3R1
A0/A0/A0*
dsp:8[A0]
dsp:16[A0]
dsp:24[A0]
dsp:8[SP]*
R0L/R0
A0
dest
src
simultaneously.
14
13
is not #IMM, you can choose dsp:8 [SP] for
*
5
14
6
dsp:8[SB]
*
7
*
A1/A1/A1*
dsp:8[A1]
dsp:16[A1]
dsp:24[A1]
A1/A1/A1
dsp:8[A1]
dsp:16[A1]
dsp:24[A1]
R1L/R1*
A0
R0H
A0/A0*
8
A1
dest
.
16
/A0*
14
dest
dest
dest
dest
*
5
dsp:8[FB]
15
17
R0H/R2/-
R1H/R3/-
[A0]
dsp:8[SB]
dsp:16[SB]
abs24
R0H/R2/-
R1H/R3/-
[A0]
dsp:8[SB]
dsp:16[SB]
abs24
dsp:8[SB]*
A1
dsp:8[SB]
A1/A1*
3.2 Functions
14
16
dsp:8[FB]*
abs16
src
/A1*
[A1]
dsp:8[FB]
dsp:16[FB]
abs16
[A1]
dsp:8[FB]
dsp:16[FB]
abs16
dsp:8[FB]
and
17
dest
dest
14
.