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LT6375 Datasheet(PDF) 22 Page - Linear Technology |
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LT6375 Datasheet(HTML) 22 Page - Linear Technology |
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22 / 32 page ![]() LT6375 22 6375fa For more information www.linear.com/LT6375 Table 9. Configurations for Precision Differential Gains Other Than Unity LT6375 DIFFERENTIAL AND INVERTING PRECISION DC GAINS GAIN ±IN ±REFA ±REFB ±REFC REF DIFF RIN (k) NOISE GAIN 0.167 CROSS INPUT OUT/REF CROSS REF 20 4.2 0.333 NC INPUT OUT/REF CROSS REF 21 4.0 0.5 INPUT INPUT OUT/REF CROSS REF 20 4.2 1.5 OUT/REF NC CROSS INPUT REF 29 7.5 2 CROSS NC CROSS INPUT REF 27 15.0 2.5 OUT/REF INPUT CROSS NC REF 25 8.5 2.833 CROSS INPUT OUT/REF INPUT REF 20 4.2 3 NC INPUT OUT/REF INPUT REF 21 4.0 3.167 INPUT INPUT OUT/REF INPUT REF 20 4.2 3.5 OUT/REF INPUT INPUT CROSS REF 17 12.5 4 CROSS NC INPUT NC REF 63 7.0 5 NC NC INPUT NC REF 76 6.0 6 INPUT NC INPUT NC REF 63 7.0 7 CROSS NC NC INPUT REF 42 10.0 8 NC NC NC INPUT REF 48 9.0 9 INPUT NC NC INPUT REF 42 10.0 10 NC INPUT NC NC REF 38 11.0 11 INPUT INPUT NC NC REF 35 12.0 12 CROSS NC INPUT INPUT REF 27 15.0 13 NC NC INPUT INPUT REF 29 14.0 14 INPUT NC INPUT INPUT REF 27 15.0 15 NC INPUT INPUT NC REF 25 16.0 16 INPUT INPUT INPUT NC REF 24 17.0 17 CROSS INPUT NC INPUT REF 20 20.0 18 NC INPUT NC INPUT REF 21 19.0 19 INPUT INPUT NC INPUT REF 20 20.0 22 CROSS INPUT INPUT INPUT REF 16 25.0 23 NC INPUT INPUT INPUT REF 17 24.0 24 INPUT INPUT INPUT INPUT REF 16 25.0 APPLICATIONS INFORMATION The input attenuator section dedicates some pins to es- tablishing a mid-supply bias point and with the remaining pins, provides several choices of input signal division fac- tors as shown in Table 12. The high attenuations that only use +IN for the signal path can accept waveform peaks that significantly exceed the supply range. Table 12 also includes tabulations of the resulting AC load resistance presented to the signal source. Here again, all pins that require an AC-ground connection may share a single by- pass capacitor, and all AC signal connections may share a coupling capacitor. Note that configurations with +IN to V+ will bias at 50% of supply, while the others shown will bias at 38% of supply. The single-supply AC-coupled noninverting circuit is completed by configuring the post-attenuator amplifica- tion factor. Table 13 shows the available re-amplification factors. Once again, all pins that require an AC-ground connection may share a single bypass capacitor, and the output should use a coupling capacitor to its load destination as well. |
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