List of figures

Figure 1.

Typical application for the TS488 ....................................................... 2

Figure 2.

Open-loop frequency response VCC = 2.5 V

RL=16 Ω .................................... 7

Figure 3.

Open-loop frequency response VCC = 5 V

RL=16 Ω ....................................... 7

Figure 4.

Open-loop frequency response VCC=2.5 V RL=16 Ω, CL=400 pF ................................ 7

Figure 5.

Open-loop frequency response VCC=5 V RL=16 Ω, CL=400 pF.................................. 7

Figure 6.

Open-loop frequency response VCC = 2.5 V

RL=32 Ω ....................................... 8

Figure 7.

Open-loop frequency response VCC = 5 V

RL=32 Ω ........................................ 8

Figure 8.

Open-loop frequency response VCC=2.5 V

RL=32 Ω, CL=400 pF ............................... 8

Figure 9.

Open-loop frequency response VCC = 5 V

RL=32 Ω, CL=400 pF .............................. 8

Figure 10.

Open-loop frequency response VCC=2.5 V RL=600 Ω ......................................... 8

Figure 11.

Open-loop frequency response VCC=5 V RL=600 Ω .......................................... 8

Figure 12.

Power derating curves ............................................................... 9

Figure 13.

Signal-to-noise ratio vs. power supply voltage A weighted AV=-1.................................. 9

Figure 14.

Signal-to-noise ratio vs. power supply voltage A unweighted AV=-1 ................................ 9

Figure 15.

Signal-to-noise ratio vs. power supply voltage A weighted AV=-2.................................. 9

Figure 16.

Signal-to-noise ratio vs. power supply voltage A unweighted AV=-2 ............................... 10

Figure 17.

Signal-to-noise ratio vs. power supply voltage A weighted AV=-4................................. 10

Figure 18.

Signal-to-noise ratio vs. power supply voltage A unweighted AV=-4 ............................... 10

Figure 19.

Power dissipation vs. output power per channel VCC= 2.5 V .................................... 10

Figure 20.

Power dissipation vs. output power per channel VCC= 3.3 V .................................... 10

Figure 21.

Power dissipation vs. output power per channel VCC= 5 V ..................................... 10

Figure 22.

Power supply rejection ratio vs. frequency ................................................ 11

Figure 23.

Power supply rejection ratio vs. frequency VCC= 3.3 V ........................................ 11

Figure 24.

Power supply rejection ratio vs. frequency VCC= 3.3 V, AV= -1 .................................. 11

Figure 25.

Total harmonic distortion plus noise vs. output power RL=16 Ω ................................. 11

Figure 26.

Total harmonic distortion plus noise vs. output power RL=16 Ω, F=20 kHz .......................... 11

Figure 27.

Total harmonic distortion plus noise vs. output power RL=32 Ω, F=1 kHz ........................... 11

Figure 28.

Total harmonic distortion plus noise vs. output power RL=32 Ω, F=20 kHz .......................... 12

Figure 29.

Total harmonic distortion plus noise vs. output power RL=600 Ω, F=1 kHz .......................... 12

Figure 30.

Total harmonic distortion plus noise vs. output power RL=600 Ω, F=20 kHz ......................... 12

Figure 31.

Total harmonic distortion plus noise vs. output power RL=16 Ω, F=1 kHz, AV=-2 ...................... 12

Figure 32.

Total harmonic distortion plus noise vs. output power RL=16 Ω, F=20 kHz, AV=-2 ..................... 12

Figure 33.

Total harmonic distortion plus noise vs. output power RL=32 Ω, F=1 kHz, AV=-2 ...................... 12

Figure 34.

Total harmonic distortion plus noise vs. output power RL=32 Ω, F=20 kHz, AV=-2 ..................... 13

Figure 35.

Total harmonic distortion plus noise vs. output power RL=600 Ω, F=1 kHz, AV=-2 ..................... 13

Figure 36.

Total harmonic distortion plus noise vs. output power RL=600 Ω, F=20 kHz, AV=-2 .................... 13

Figure 37.

Total harmonic distortion plus noise vs. output power RL=16 Ω, F=1 kHz, AV=-4 ...................... 13

Figure 38.

Total harmonic distortion plus noise vs. output power RL=16 Ω, F=20 kHz, AV=-4 ..................... 14

Figure 39.

Total harmonic distortion plus noise vs. output power RL=32 Ω, F=1 kHz, AV=-4 ...................... 14

Figure 40.

Total harmonic distortion plus noise vs. output power RL=32 Ω, F=20 kHz, AV=-4 ..................... 14

Figure 41.

Total harmonic distortion plus noise vs. output power RL=600 Ω, F=1 kHz, AV=-4 ..................... 14

Figure 42.

Total harmonic distortion plus noise vs. output power RL=600 Ω, F=20 kHz, AV=-4 .................... 14

Figure 43.

Total harmonic distortion plus noise vs. frequency RL=16 Ω .................................... 14

Figure 44.

Total harmonic distortion plus noise vs. frequency RL=32 Ω .................................... 15

Figure 45.

Total harmonic distortion plus noise vs. frequency RL=600 Ω ................................... 15

Figure 46.

Total harmonic distortion plus noise vs. frequency RL=16 Ω, AV=-2 ............................... 15

Figure 47.

Total harmonic distortion plus noise vs. frequency RL=32 Ω, AV=-2 ............................... 15

Figure 48.

Total harmonic distortion plus noise vs. frequency RL=600 Ω, AV=-2 .............................. 15

TS488

List of figures

DS4579 - Rev 8

page 30/32