at TA = 25°C
(unless otherwise noted)
| All ratios, n =
2718 |
ATE |
VD =
1000V |
Figure 5-1 tD Distribution
Figure 5-3 tD vs Divider Voltage
|
Normalized to value at TA = 25°C |
Figure 5-5 RLV vs Temperature
Figure 5-7 tD vs Temperature
| Without
CFILTER |
Normalized to attenuation at f = 100Hz |
Figure 5-9 Attenuation vs Frequency, Uncompensated
| CFILTER = 130pF |
Normalized to attenuation at f = 100Hz |
Figure 5-11 Attenuation vs Frequency, Compensated
Figure 5-13 Attenuation vs Frequency, Varying CFILTER
| RES60A100 |
Without
CFILTER |
|
Figure 5-15 10V Step Response, Uncompensated
| RES60A100 |
Without
CFILTER |
|
Figure 5-17 10V Step Response, Uncompensated
| RES60A100, n =
37 |
VD =
1000V, TA = 85°C |
Figure 5-19 Long-term Drift
Figure 5-2 Absolute Tolerance Distribution
|
Normalized to value at VD = 1000V |
Figure 5-4 RHV vs Divider Voltage
|
Normalized to value at TA = 25°C |
Figure 5-6 RHV vs Temperature
| All ratios |
TA = –40°C to +125°C, n = 444 |
Figure 5-8 TCRratio Temperature Coefficient Distribution
Figure 5-10 Phase vs Frequency, Uncompensated
Figure 5-12 Phase vs Frequency, Compensated
Figure 5-14 Phase vs Frequency, Varying CFILTER
| RES60A100 |
CFILTER = 130pF |
|
Figure 5-16 10V Step Response, Compensated
| RES60A100 |
CFILTER = 130pF |
|
Figure 5-18 10V Step Response, Compensated