AMD ADA3000DAA4BW User Guide - Page 82

C3/S1 Min P-State VID_VDD, C3/S1 AltVID

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PID: 30430 Rev 3.51 March 2006 AMD Athlon™ 64 Processor Power and Thermal Data Sheet Parameter/OPN Tdie M ax Notes TMS MT34BQX5LD 95°C Tambient / Trise 35°C 10°C Thermal Resistance (die-amb) Max P-S tate VID_VDD / VDD_dc Typ 1, 2 IDD M ax Thermal Design Power 3 Intermediate P-S tate #1 12 VID_VDD / VDD_dc Typ 1, 2 IDD M ax 2.08°C/W 1800 M Hz 1.200 V 1.166 V 18.70 A 24.0 W 1600 M Hz 1.150 V 1.121 V 15.79 A Thermal Design Power 3 19.9 W Intermediate P-S tate #2 12 N/A VID_VDD / VDD_dc Typ 1, 2 IDD M ax Thermal Design Power 3 Intermediate P-S tate #3 12 N/A VID_VDD / VDD_dc Typ 1, 2 IDD M ax Thermal Design Power 3 Intermediate P-S tate #4 12 N/A VID_VDD / VDD_dc Typ 1, 2 IDD M ax Thermal Design Power 3 Intermediate P-S tate #5 12 N/A VID_VDD / VDD_dc Typ 1, 2 IDD M ax Thermal Design Power 3 Intermediate P-S tate #6 12 N/A VID_VDD / VDD_dc Typ 1, 2 IDD M ax Thermal Design Power 3 Min P-S tate 800 M Hz VID_VDD / VDD_dc Typ 1, 2 0.900 V 0.888 V IDD M ax 6.42 A Thermal Design Power 3 7.9 W Halt/S top Grant IDDC1 M ax @ M ax P-State 4 IDDC1 M ax @ M in P-State 5 6.10 A 1.46 A I/O Power 10, 13 C3/S 1 Min P-S tate VID_VDD 6 IDDC3 M ax 2.2 W 0.83 A I/O Power C3/S 1 AltVID VID_VDD 10, 13 7 8 360 mW 0.850 V IDDC3 M ax I/O Power S3 I/O Power 10, 13 9 9, 11, 13 0.64 A 360 mW 250 mW The notes for this table appear on page 83. TMS MT37BQX5LD 95°C 35°C 10°C 2.00°C/W 2000 M Hz 1.200 V 1.164 V 19.58 A 25.0 W 1800 M Hz 1.150 V 1.119 V 16.70 A 20.9 W 1600 M Hz 1.100 V 1.074 V 14.25 A 17.5 W N/A N/A N/A N/A 800 M Hz 0.900 V 0.888 V 6.42 A 7.9 W 6.10 A 1.46 A 2.2 W 0.83 A 360 mW 0.850 V 0.64 A 360 mW 250 mW AMD Turion™ 64 Mobile Technology 82

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PID: 30430 Rev 3.51 March 2006
AMD Athlon™ 64 Processor Power and Thermal Data Sheet
82
AMD Turion™ 64 Mobile Technology
The notes for this table appear on page 83.
Parameter/OPN
Notes
Tdie Max
Tambient / Trise
Thermal Resistance (die-amb)
Max P-State
VID_VDD / VDD_dc Typ
1, 2
IDD Max
Thermal Design Power
3
Intermediate P-State #1
12
VID_VDD / VDD_dc Typ
1, 2
IDD Max
Thermal Design Power
3
Intermediate P-State #2
12
VID_VDD / VDD_dc Typ
1, 2
IDD Max
Thermal Design Power
3
Intermediate P-State #3
12
VID_VDD / VDD_dc Typ
1, 2
IDD Max
Thermal Design Power
3
Intermediate P-State #4
12
VID_VDD / VDD_dc Typ
1, 2
IDD Max
Thermal Design Power
3
Intermediate P-State #5
12
VID_VDD / VDD_dc Typ
1, 2
IDD Max
Thermal Design Power
3
Intermediate P-State #6
12
VID_VDD / VDD_dc Typ
1, 2
IDD Max
Thermal Design Power
3
Min P-State
VID_VDD / VDD_dc Typ
1, 2
IDD Max
Thermal Design Power
3
Halt/Stop Grant
IDDC1 Max @ Max P-State
4
IDDC1 Max @ Min P-State
5
I/O Power
10, 13
C3/S1 Min P-State VID_VDD
6
IDDC3 Max
I/O Power
10, 13
C3/S1 AltVID
7
VID_VDD
8
IDDC3 Max
I/O Power
10, 13
S3
9
I/O Power
9, 11, 13
250 mW
250 mW
0.64 A
360 mW
360 mW
0.850 V
800 MHz
800 MHz
0.83 A
360 mW
N/A
N/A
2.2 W
6.10 A
1.46 A
6.42 A
0.900 V
0.888 V
7.9 W
N/A
0.83 A
360 mW
0.64 A
0.850 V
2.2 W
6.10 A
1.46 A
6.42 A
0.900 V
0.888 V
7.9 W
N/A
N/A
N/A
14.25 A
19.9 W
N/A
N/A
17.5 W
16.70 A
20.9 W
1600 MHz
1.100 V
1.074 V
1.121 V
15.79 A
N/A
19.58 A
1800 MHz
1.150 V
1.119 V
25.0 W
1800 MHz
1.200 V
1.166 V
18.70 A
24.0 W
1600 MHz
1.150 V
2.08°C/W
2.00°C/W
TMSMT34BQX5LD
TMSMT37BQX5LD
95°C
35°C
95°C
35°C
10°C
10°C
2000 MHz
1.200 V
1.164 V