AD603
3V
102
INPUT GND
100MV/DIV
100
98
1V
OUTPUT GND
1V/DIV
96
94
–2V
–49ns
100k
1M
10M
FREQUENCY (Hz)
100M
50ns
451ns
Figure 19. Output Stage Overload Recovery Time
(Input Is 500 ns Period, 50% Duty-Cycle Square Wave,
Figure 16. Input Impedance vs. Frequency (Gain = 30 dB)
Output Is Captured Using Tektronix 11402 Digitizing Oscilloscope)
3.5V
INPUT
500mV/DIV
1V
GND
GND
100
90
500mV
OUTPUT
500mV/DIV
10
0%
–1.5V
–44ns
200ns
1V
50ns
456ns
Figure 20. Transient Response, G = 0 dB
(Input Is 500 ns Period, 50% Duty-Cycle Square Wave,
Output Is Captured Using Tektronix 11402 Digitizing Oscilloscope)
Figure 17. Gain Control Channel Response Time
4.5V
3.5V
INPUT GND
1V/DIV
INPUT GND
100mV/DIV
500mV
500mV
OUTPUT GND
500mV/DIV
OUTPUT GND
500mV/DIV
–500mV
–1.5V
–44ns
–49ns
50ns
451ns
50ns
456ns
Figure 18. Input Stage Overload Recovery Time
(Input Is 500 ns Period, 50% Duty-Cycle Square Wave,
Output Is Captured Using Tektronix 11402 Digitizing Oscilloscope)
Figure 21. Transient Response, G = 20 dB
(Input Is 500 ns Period, 50% Duty-Cycle Square Wave,
Output Is Captured Using Tektronix 11402 Digitizing Oscilloscope)
Rev. I | Page 8 of 24
ROCHESTER [ Rochester Electronics ]
