AD8124702VS = 6 5V060–2–450VS = 6 15V–6–840–10OUTPUT CURRENT – mAINPUT OFFSET VOLTAGE – mV –1230–14–1620–60–40–2002040608010012014005101520JUNCTION TEMPERATURE – 8 CSUPPLY VOLTAGE – 6 Volts Figure 10. Input Offset Voltage vs. Junction Temperature Figure 13. Linear Output Current vs. Supply Voltage 1601k V G = +2140100SINKVS = 6 15V12010100SOURCE180 6 5VS0.1SHORT CIRCUIT CURRENT – mA60 6 15VCLOSED-LOOP OUTPUT RESISTANCE –S400.01–60–40–2002040608010012014010k100k1M10M100MJUNCTION TEMPERATURE – 8 CFREQUENCY – Hz Figure 11. Short Circuit Current vs. Junction Temperature Figure 14. Closed-Loop Output Resistance vs. Frequency 8030VS = 6 15V70256020RL = 1k V 5015VS = 6 5V4010VS = 6 5VOUTPUT CURRENT – mAVS = 6 15VOUTPUT VOLTAGE – V p-p305200–60–40–20020406080100120140100k1M10M100MJUNCTION TEMPERATURE – 8 CFREQUENCY – Hz Figure 12. Linear Output Current vs. Junction Temperature Figure 15. Large Signal Frequency Response REV. B –7–