Intel Pentium M 730 RH80536GE0252M User Manual

Product codes
RH80536GE0252M
Page of 97
 Electrical Specifications
Mobile Intel
 Pentium
 4 Processor-M Datasheet  
25
10.The specification is defined per PLL pin.
11. The voltage response to a processor current load step (transient) must stay within the Transient Voltage 
Tolerance Window. The voltage surge or droop response measured in this window is typically on the order of 
several hundred nanoseconds to several microseconds. The Transient Voltage Tolerance Window is defined 
as follows:
 
Case a) Load Current Step Up: e.g., from Icc = I_leakage to Icc = Icc_max. Allowable Vcc_min is defined as 
minimum transient voltage at Icc = Icc_max for a period of time lasting several hundred nanoseconds to 
several microseconds after the transient event.
 
Case b) Load Current Step Down: e.g., form Icc = Icc_max to Icc = I_leakage. Allowable Vcc_max is defined 
as the maximum transient voltage at Icc = I_leakage for a period of time lasting several hundred 
nanoseconds to several microseconds after the transient event.
12.This specification applies to both static and transient components. The rising edge of VCCVID must be 
monotonic from 0 to 1.1 V. See 
 for current requirements. In this case, monotonic is defined as 
continuously increasing with less than 50 mV of peak to peak noise for any width greater than 2 nS 
superimposed on the rising edge.
Table 8.  IMVP-III Voltage Regulator Tolerances for VID = 1.30 V Operating Mode (Maximum 
Performance Mode)
I
CC 
(A)
V
CC
 Nominal 
(V)
V
CC
 Static Min 
(V)
V
CC
 Static Max 
(V) 
V
CC
 Transient 
Min (V)
V
CC
 Transient 
Max (V)
0.0
1.300
1.275
1.325
1.255
1.345
1.0
1.298
1.273
1.323
1.253
1.343
2.0
1.296
1.271
1.321
1.251
1.341
3.0
1.294
1.269
1.319
1.249
1.339
4.0
1.292
1.267
1.317
1.247
1.337
5.0
1.290
1.265
1.315
1.245
1.335
6.0
1.288
1.263
1.313
1.243
1.333
7.0
1.286
1.261
1.311
1.241
1.331
8.0
1.284
1.259
1.309
1.239
1.329
9.0
1.282
1.257
1.307
1.237
1.327
10.0
1.280
1.255
1.305
1.235
1.325
11.0
1.278
1.253
1.303
1.233
1.323
12.0
1.276
1.251
1.301
1.231
1.321
13.0
1.274
1.249
1.299
1.229
1.319
14.0
1.272
1.247
1.297
1.227
1.317
15.0
1.270
1.245
1.295
1.225
1.315
16.0
1.268
1.243
1.293
1.223
1.313
17.0
1.266
1.241
1.291
1.221
1.311
18.0
1.264
1.239
1.289
1.219
1.309
19.0
1.262
1.237
1.287
1.217
1.307
20.0
1.260
1.235
1.285
1.215
1.305
21.0
1.258
1.233
1.283
1.213
1.303
22.0
1.256
1.231
1.281
1.211
1.301
23.0
1.254
1.229
1.279
1.209
1.299
24.0
1.252
1.227
1.277
1.207
1.297