Datasheet AD8018 (Analog Devices) - 7
| Hersteller | Analog Devices |
| Beschreibung | 5 V, Rail-to-Rail, High Output Current, xDSL Line Driver Amplifiers |
| Seiten / Seite | 20 / 7 — AD8018. –60. 0.1. 100. S =. 2.5V. G = 4. 7.96k. 402. 1/2. –70. fO = … |
| Revision | A |
| Dateiformat / Größe | PDF / 377 Kb |
| Dokumentensprache | Englisch |
AD8018. –60. 0.1. 100. S =. 2.5V. G = 4. 7.96k. 402. 1/2. –70. fO = 100kHz. dBc –. VOUT = 6V p–p. 500. 750. –80. VSIGIN. 2ND HARMONIC. 220. AD8138. AD9632. OUT. –90
Textversion des Dokuments
AD8018 –60
ⴙ
VS 10
F 0.1
F V 100
⍀
S =
ⴞ
2.5V G = 4 7.96k
⍀
402
⍀
1/2 –70 fO = 100kHz 0.1
F dBc – VOUT = 6V p–p 500
⍀
AD8018
ⴙ
6V 750
⍀ ⴙ
0.1
F 6V –80 VSIGIN 500
⍀
2ND HARMONIC 220
F 0.1
F 50
⍀
500
⍀
AD8138 50
⍀
AD9632 500
⍀
RL OUT 0.1
F –90 25
⍀ ⴚ
6V 750
⍀ ⴚ
3RD HARMONIC 6V 500
⍀
AD8018 –100 7.96k
⍀
DIFFERENTIAL DISTORTION 100
⍀
1/2 402
⍀
10
F 0.1
F
ⴚ
V –110 S 5 10 100 LOAD RESISTANCE –
⍀ TPC 13. Differential Test Circuit TPC 16. Differential Distortion vs. RLOAD
–60 –60 VOUT = 6V p–p VS =
ⴞ
2.5V RL = 10
⍀
RL = 10
⍀
VS =
ⴞ
2.5V G = 4 dBc –70 PWDN 1,0 = 1,1 –70 – dBc – fO = 100kHz PWDN 1,0 = 1,1 –80 –80 3RD HARMONIC 2ND HARMONIC –90 –90 2ND HARMONIC 3RD HARMONIC –100 –100 DIFFERENTIAL DISTORTION DIFFERENTIAL DISTORTION –110 –110 0.01 0.1 1.0 3 4 5 6 7 8 FREQUENCY – MHz OUTPUT VOLTAGE – Volts
TPC 14. Differential Distortion vs. Frequency TPC 17. Differential Distortion vs. Peak-to-Peak Output Voltage
–50 –60 V VS =
ⴞ
2.5V S =
ⴞ
2.5V R RL = 10
⍀
L = 3
⍀
–60 G G = 4 = 4 dBc –70 fO = 100kHz – f dBc O = 100kHz – PWDN 1,0 = 1,1 3RD HARMONIC PWDN 1,0 = 1,0 or 0,1 –70 –80 2ND HARMONIC –80 2ND HARMONIC –90 3RD HARMONIC –90 DIFFERENTIAL DISTORTION –100 –100 DIFFERENTIAL DISTORTION –110 –110 200 300 400 500 600 700 800 3 4 5 6 7 8 PEAK OUTPUT CURRENT – mA OUTPUT VOLTAGE – Volts
TPC 15. Differential Distortion vs. Peak Output Current TPC 18. Differential Distortion vs. Peak-to-Peak Output Voltage –6– REV. A
ⴙ
VS 10
F 0.1
F V 100
⍀
S =
ⴞ
2.5V G = 4 7.96k
⍀
402
⍀
1/2 –70 fO = 100kHz 0.1
F dBc – VOUT = 6V p–p 500
⍀
AD8018
ⴙ
6V 750
⍀ ⴙ
0.1
F 6V –80 VSIGIN 500
⍀
2ND HARMONIC 220
F 0.1
F 50
⍀
500
⍀
AD8138 50
⍀
AD9632 500
⍀
RL OUT 0.1
F –90 25
⍀ ⴚ
6V 750
⍀ ⴚ
3RD HARMONIC 6V 500
⍀
AD8018 –100 7.96k
⍀
DIFFERENTIAL DISTORTION 100
⍀
1/2 402
⍀
10
F 0.1
F
ⴚ
V –110 S 5 10 100 LOAD RESISTANCE –
⍀ TPC 13. Differential Test Circuit TPC 16. Differential Distortion vs. RLOAD
–60 –60 VOUT = 6V p–p VS =
ⴞ
2.5V RL = 10
⍀
RL = 10
⍀
VS =
ⴞ
2.5V G = 4 dBc –70 PWDN 1,0 = 1,1 –70 – dBc – fO = 100kHz PWDN 1,0 = 1,1 –80 –80 3RD HARMONIC 2ND HARMONIC –90 –90 2ND HARMONIC 3RD HARMONIC –100 –100 DIFFERENTIAL DISTORTION DIFFERENTIAL DISTORTION –110 –110 0.01 0.1 1.0 3 4 5 6 7 8 FREQUENCY – MHz OUTPUT VOLTAGE – Volts
TPC 14. Differential Distortion vs. Frequency TPC 17. Differential Distortion vs. Peak-to-Peak Output Voltage
–50 –60 V VS =
ⴞ
2.5V S =
ⴞ
2.5V R RL = 10
⍀
L = 3
⍀
–60 G G = 4 = 4 dBc –70 fO = 100kHz – f dBc O = 100kHz – PWDN 1,0 = 1,1 3RD HARMONIC PWDN 1,0 = 1,0 or 0,1 –70 –80 2ND HARMONIC –80 2ND HARMONIC –90 3RD HARMONIC –90 DIFFERENTIAL DISTORTION –100 –100 DIFFERENTIAL DISTORTION –110 –110 200 300 400 500 600 700 800 3 4 5 6 7 8 PEAK OUTPUT CURRENT – mA OUTPUT VOLTAGE – Volts
TPC 15. Differential Distortion vs. Peak Output Current TPC 18. Differential Distortion vs. Peak-to-Peak Output Voltage –6– REV. A