Figure 49.

Total harmonic distortion plus noise vs. frequency RL=16 Ω, AV=-4 ............................... 15

Figure 50.

Total harmonic distortion plus noise vs. frequency RL=32 Ω, AV=-4 ............................... 16

Figure 51.

Total harmonic distortion plus noise vs. frequency RL=600 Ω, AV=-4 .............................. 16

Figure 52.

Output power vs. load resistance VCC=2.5 V .............................................. 16

Figure 53.

Output power vs. load resistance VCC=3.3 V .............................................. 16

Figure 54.

Output power vs. load resistance VCC=5 V ................................................ 16

Figure 55.

Output power vs. power supply voltage .................................................. 16

Figure 56.

Output power vs. power supply voltage

RL=32 Ω ......................................... 17

Figure 57.

Output power swing vs. power supply voltage.............................................. 17

Figure 58.

Current consumption vs. power supply voltage ............................................. 17

Figure 59.

Current consumption vs. standby voltage ................................................. 17

Figure 60.

Current consumption vs. standby voltage VCC=3.3 V ......................................... 17

Figure 61.

Current consumption vs. standby voltage VCC=5 V .......................................... 17

Figure 62.

Crosstalk vs. frequency ............................................................. 18

Figure 63.

Crosstalk vs. frequency RL=32 Ω ...................................................... 18

Figure 64.

Crosstalk vs. frequency RL=16 Ω, VCC=3.3 V .............................................. 18

Figure 65.

Crosstalk vs. frequency RL=32 Ω, VCC=3.3 V, PO=25 mW ..................................... 18

Figure 66.

Crosstalk vs. frequency RL=16 Ω, VCC=5 V ............................................... 18

Figure 67.

Crosstalk vs. frequency RL=32 Ω, VCC=5 V, PO=60 mW ...................................... 18

Figure 68.

Crosstalk vs. frequency RL=16 Ω, VCC=2.5 V, PO=20 mW AV=-4 ................................ 19

Figure 69.

Crosstalk vs. frequency RL=32 Ω, VCC=2.5 V, PO=12 mW, AV=-4 ................................ 19

Figure 70.

Crosstalk vs. frequency RL=16 Ω, VCC=3.3 V, PO=40 mW, AV=-4 ................................ 19

Figure 71.

Crosstalk vs. frequency RL=32 Ω, VCC=3.3 V, PO=25 mW, AV=-4 ................................ 19

Figure 72.

Crosstalk vs. frequency RL=16 Ω, VCC=5 V, PO=100 mW, AV=-4 ................................ 19

Figure 73.

Crosstalk vs. frequency RL=32 Ω, VCC=5 V, PO=60 mW ...................................... 19

Figure 74.

Current delivered by power supply voltage in single-ended configuration ........................... 20

Figure 75.

Lower cut-off frequency vs. input capacitor ............................................... 21

Figure 76.

Lower cut-off frequency vs. output capacitor .............................................. 21

Figure 77.

Higher cut-off frequency vs. feedback capacitor ............................................ 22

Figure 78.

Internal equivalent schematic of the TS488 in standby mode ................................... 23

Figure 79.

Typical wake-up time vs. bypass capacitance .............................................. 24

Figure 80.

DFN8 2x2 package outline ........................................................... 25

TS488

List of figures

DS4579 - Rev 8

page 31/32