THS4500

THS4501

SLOS350D − APRIL 2002 − REVISED JANUARY 2004

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7

TYPICAL CHARACTERISTICS

Table of Graphs (

±5 V)

FIGURE

Small signal unity gain frequency response

1

Small signal frequency response

2

0.1 dB gain flatness frequency response

3

Large signal frequency response

4

Harmonic distortion (single-ended input to differential output) vs Frequency

5, 7, 13, 15

Harmonic distortion (differential input to differential output) vs Frequency

6, 8, 14, 16

Harmonic distortion (single-ended input to differential output) vs Output voltage swing

9, 11, 17, 19

Harmonic distortion (differential input to differential output) vs Output voltage swing

10, 12, 18, 20

Harmonic distortion (single-ended input to differential output) vs Load resistance

21

Harmonic distortion (differential input to differential output) vs Load resistance

22

Third order intermodulation distortion (single-ended input to differential output) vs Frequency

23

Third order output intercept point vs Frequency

24

Slew rate vs Differential output voltage step

25

Settling time

26, 27

Large signal transient response

28

Small signal transient response

29

Overdrive recovery

30, 31

Voltage and current noise vs Frequency

32

Rejection ratios vs Frequency

33

Rejection ratios vs Case temperature

34

Output balance error vs Frequency

35

Open-loop gain and phase vs Frequency

36

Open-loop gain vs Case temperature

37

Input bias offset current vs Case temperature

38

Quiescent current vs Supply voltage

39

Input offset voltage vs Case temperature

40

Common-mode rejection ratio vs Input common-mode range

41

Output drive vs Case temperature

42

Harmonic distortion (single-ended and differential input to differential output) vs Output common-mode voltage

43

Small signal frequency response at VOCM

44

Output offset voltage at VOCM vs Output common-mode voltage

45

Quiescent current vs Power-down voltage

46

Turnon and turnoff delay times

47

Single-ended output impedance in power down vs Frequency

48

Power-down quiescent current vs Case temperature

49

Power-down quiescent current vs Supply voltage

50