AD822AR-3V Analog Devices, AD822AR-3V Datasheet
AD822AR-3V
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AD822AR-3V Summary of contents
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... FREQUENCY – Hz Input Voltage Noise vs. Frequency REV. A Information furnished by Analog Devices is believed to be accurate and reliable. However, no responsibility is assumed by Analog Devices for its use, nor for any infringements of patents or other rights of third parties which may result from its use. No license is granted by implication or otherwise under any patent or patent rights of Analog Devices ...
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AD822–SPECIFICATIONS Parameter DC PERFORMANCE Initial Offset Max Offset over Temperature Offset Drift Input Bias Current at T MAX Input Offset Current at T MAX Open-Loop Gain MIN MAX MIN MAX MIN ...
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Parameter DC PERFORMANCE Initial Offset Max Offset over Temperature Offset Drift Input Bias Current at T MAX Input Offset Current at T MAX ...
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AD822–SPECIFICATIONS Parameter DC PERFORMANCE Initial Offset Max Offset over Temperature Offset Drift Input Bias Current at T MAX Input Offset Current at T MAX Open-Loop Gain MIN MAX MIN MAX MIN ...
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Parameter DC PERFORMANCE Initial Offset Max Offset over Temperature Offset Drift Input Bias Current at T MAX Input Offset Current at T ...
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... C or less, if the output node is shorted to a supply rail, then the amplifier will not be destroyed, even if this condition persists for an extended period odel AD822AN AD822BN AD822AR AD822BR AD822AR-3V AD822AN-3V AD822A Chips Standard Military 2 Drawing NOTES 1 Spice model is available on ADI Model Disc. 2 Contact factory for availability ...
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OFFSET VOLTAGE – mV Figure 1. Typical Distribution of Offset Voltage (390 Units –12 –10 –8 ...
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AD822–Typical Characteristics 10M 0V 100k 10k 100 1k LOAD RESISTANCE – Figure 7. Open-Loop Gain vs. Load Resistance 10M R = 100k 10k L 100k R = 600 L 10k –60 ...
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GAIN 100pF L –20 10 100 1k 10k 100k FREQUENCY – Hz Figure 13. Open-Loop Gain and Phase Margin vs. Frequency ...
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AD822–Typical Characteristics 1000 I SOURCE I SINK 100 I SOURCE I SINK 10 I SOURCE I SINK 1 –60 –40 – TEMPERATURE – C Figure 19. Output Saturation Voltage vs. Temperature ...
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FREQUENCY – Hz Figure 25. Crosstalk vs. Frequency + AD822 4 0.01 F –V S Figure 26. Unity-Gain Follower 5V ...
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AD822 1V 100 90 10 GND 0% Figure 31 Unity Gain Follower Response Step + 1/2 AD822 Figure ...
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GND Figure 37 Gain of Two Inverter Response S to 2.5 V Step Centered –1.25 V Below Ground, R 500mV 100 90 10 GND 0% Figure 38 ...
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AD822 The AD822 is designed for 13 nV/ Hz wideband input voltage noise and maintains low noise performance to low frequencies (refer to Figure 11). This noise performance, along with the AD822’s low input current and current noise means that ...
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APPLICATIONS Single Supply Voltage-to-Frequency Converter The circuit shown in Figure 44 uses the AD822 to drive a low power timer, which produces a stable pulse of width t positive going output pulse is integrated by R1-C1 and used as one ...
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AD822 +3V 95.3k 1µ CHANNEL 1 1/2 MYLAR AD822 47.5k 2 4.99k 95.3k 10k 10k 4.99k 6 1/2 47.5k 1µF AD822 CHANNEL MYLAR Figure 46. 3 Volt Single Supply Stereo Headphone Driver 3 Volt, Single ...