MC68HC000EI10 Freescale Semiconductor, MC68HC000EI10 Datasheet - Page 119

• Manufacturer Part Number: MC68HC000EI10
• Description: IC MPU 16BIT 10MHZ 68-PLCC
• Manufacturer: Freescale Semiconductor

Specifications of MC68HC000EI10

• Processor Type: M680x0 32-Bit
• Speed: 10MHz
• Voltage: 3.3V, 5V
• Mounting Type: Surface Mount
• Package / Case: 68-PLCC
• Family Name: M68000
• Device Core: ColdFire
• Device Core Size: 16/32Bit
• Frequency (max): 10MHz
• Instruction Set Architecture: RISC
• Supply Voltage 1 (typ): 5V
• Operating Supply Voltage (max): 5.25V
• Operating Supply Voltage (min): 4.75V
• Operating Temp Range: 0C to 70C
• Operating Temperature Classification: Commercial
• Mounting: Surface Mount
• Pin Count: 68
• Package Type: PLCC
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant
• Features: -
• Lead Free Status / Rohs Status: Compliant

*The size of the index register (Xn) does not affect execution time.
8.3 STANDARD INSTRUCTION EXECUTION TIMES
The numbers of clock periods shown in Table 8-4 indicate the times required to perform
the operations, store the results, and read the next instruction. The total number of clock
periods, the number of read cycles, and the number of write cycles are shown in the
previously described format. The number of clock periods, the number of read cycles, and
the number of write cycles, respectively, must be added to those of the effective address
calculation where indicated by a plus sign (+).
In Table 8-4, the following notation applies:
MOTOROLA
Dn
An
(An)
(An)+
–(An)
(d 16 , An)
(d 8 , An, Xn)*
(xxx).W
(xxx).L
(d, PC)
(d, PC, Xn)*
#<data>
An — Address register operand
Dn — Data register operand
ea — An operand specified by an effective address
M
Source
— Memory effective address operand
12(3/0)
12(3/0)
14(3/0)
16(4/0)
18(4/0)
16(4/0)
20(5/0)
16(4/0)
18(4/0)
12(3/0)
4(1/0)
4(1/0)
Dn
Table 8-3. Move Long Instruction Execution Times
MC68000 8-/16-/32-MICROPROCESSORS USER’S MANUAL
12(3/0)
12(3/0)
14(3/0)
16(4/0)
18(4/0)
16(4/0)
20(5/0)
16(4/0)
18(4/0)
12(3/0)
4(1/0)
4(1/0)
An
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12(1/2)
12(1/2)
20(3/2)
20(3/2)
22(3/2)
24(4/2)
26(4/2)
24(4/2)
28(5/2)
24(4/2)
26(4/2)
20(3/2)
(An)
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12(1/2)
12(1/2)
20(3/2)
20(3/2)
22(3/2)
24(4/2)
26(4/2)
24(4/2)
28(5/2)
24(4/2)
26(4/2)
20(3/2)
(An)+
12(1/2)
12(1/2)
20(3/2)
20(3/2)
22(3/2)
24(4/2)
26(4/2)
24(4/2)
28(5/2)
24(4/2)
26(4/2)
20(3/2)
–(An)
Destination
(d 16 , An)
16(2/2)
16(2/2)
24(4/2)
24(4/2)
26(4/2)
28(5/2)
30(5/2)
28(5/2)
32(6/2)
28(5/2)
30(5/2)
24(4/2)
(d 8 , An, Xn)*
18(2/2)
18(2/2)
26(4/2)
26(4/2)
28(4/2)
30(5/2)
32(5/2)
30(5/2)
34(6/2)
30(5/2)
32(5/2)
26(4/2)
(xxx).W
16(2/2)
16(2/2)
24(4/2)
24(4/2)
26(4/2)
28(5/2)
30(5/2)
28(5/2)
32(6/2)
28(5/2)
30(5/2)
24(4/2)
(xxx).L
20(3/2)
20(3/2)
28(5/2)
28(5/2)
30(5/2)
32(6/2)
34(6/2)
32(6/2)
36(7/2)
32(5/2)
34(6/2)
28(5/2)
8- 3