at TA = 25°C
(unless otherwise noted)
| RES11A40-Q1 |
|
n = 1411, 1 lot |
Figure 5-1 tD1
Distribution
| RES11A40-Q1 |
|
n = 1411, 1 lot |
Figure 5-3 tM
Distribution
Figure 5-5 Maximum
Power Dissipation
Figure 5-7 RINx vs Temperature
Figure 5-9 tD1 vs Temperature
Figure 5-11 tD1
Drift Distribution
Figure 5-13 tM vs Temperature
| RES11A40-Q1 |
Normalized to
Rx(5V) |
Figure 5-15 RINx vs Bias
| RES11A40-Q1 |
RINx actual –
RINx predicted, normalized to Rx(5V) |
Figure 5-17 RINx Actual-to-Expected Mismatch Error vs Bias
| RES11A40-Q1 |
|
Normalized to
tDx(5V) |
Figure 5-19 tDx vs Bias
| RES11A40-Q1 |
VRINx =
VTEST, VRGx = 0 V |
Figure 5-21 Bandwidth
vs Frequency, RINx
Figure 5-23 Crosstalk
vs Frequency
| RES11A40-Q1 |
|
n = 1411, 1 lot |
Figure 5-2 tD2
Distribution
| RES11A40-Q1 |
|
n = 1411, 1 lot |
Figure 5-4 Absolute
Tolerance Span Distribution
Figure 5-6 Rx2 – Rx1 vs Temperature
Figure 5-8 RGx vs Temperature
Figure 5-10 tD2 vs Temperature
Figure 5-12 tD2
Drift Distribution
Figure 5-14 tM
Drift Distribution
| RES11A40-Q1 |
Normalized to
Rx(5V) |
Figure 5-16 RGx vs Bias
| RES11A40-Q1 |
RGx actual –
RGx predicted, normalized to Rx(5V) |
Figure 5-18 RGx Actual-to-Expected Mismatch Error vs Bias
| RES11A40-Q1 |
|
Normalized to
tM(5V) |
Figure 5-20 tM vs Bias
| RES11A40-Q1 |
VRGx =
VTEST, VRINx = 0 V |
Figure 5-22 Bandwidth
vs Frequency, RGx
| RES11A40-Q1 |
Difference amplifier with
OPA210 |
Figure 5-24 CMRR vs
Frequency