Datasheet AD8012 (Analog Devices) - 10
| Hersteller | Analog Devices |
| Beschreibung | Dual 350 MHz Low Power Amplifier |
| Seiten / Seite | 17 / 10 — AD8012. G = +2. RF = 750. /DIV. RL = 100. 2V STEP. V p-p. +5V. SWING –. … |
| Revision | C |
| Dateiformat / Größe | PDF / 329 Kb |
| Dokumentensprache | Englisch |
AD8012. G = +2. RF = 750. /DIV. RL = 100. 2V STEP. V p-p. +5V. SWING –. OUTPUT VOLTAGE ERROR – 0.1%. 0.1%. 5ns. 0 10. 100. 10k. LOAD –. t = 0. 4.0. 3.8
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Textversion des Dokuments
AD8012 9 G = +2 8 5V RF = 750 /DIV RL = 100 7 2V STEP 6 5 V p-p +5V 4 SWING – 3 2 1 OUTPUT VOLTAGE ERROR – 0.1% 0.1% 5ns 0 10 100 1k 10k LOAD – t = 0
TPC 25. Output Swing vs. Load TPC 28. Settling Time, VS = ±5 V
4.0 30 5 V 3.8 28 O = 0.3V p-p 4 RF = 750 R Hz 3.6 26 Hz 3 L = 1k 3.4 24 nV/ dB 2 3.2 22 1 3.0 20 0 G = +1 2.8 18 –1 CURRENT NOISE G = +10 2.6 +IN/–IN 16 –2 NORMALIZED GAIN G = +2 2.4 14 –3 INPUT VOLTAGE NOISE – INPUT CURRENT NOISE – pA/ 2.2 VOLTAGE NOISE 12 –4 2.0 10 –5 100 1k 10k 100k 1 10 100 500 FREQUENCY – Hz FREQUENCY – MHz
TPC 26. Noise vs. Frequency TPC 29. Frequency Response; VS = ±5 V
9 0.5 V R L = 1k 8 V 0.4 O = 0.3V p-p f = 5MHz G = +2 R 7 G = 2 0.3 F = 750 1% THD) RF = 750
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RL = 1k 0.2 6 RL = 100 0.1 5 0 4 –0.1 3 –0.2 NORMALIZED GAIN – dB 2 –0.3 1 –0.4 PEAK-TO-PEAK OUTPUT AT 5MHz ( 0 –0.5 3 4 5 6 7 8 9 10 11 0.1 1 10 100 TOTAL SUPPLY VOLTAGE V FREQUENCY – MHz
TPC 27. Output Swing vs. Supply TPC 30. Gain Flatness; VS = ±5 V –10– REV. C Document Outline FEATURES APPLICATIONS PRODUCT DESCRIPTION FUNCTIONAL BLOCK DIAGRAM SPECIFICATIONS DUAL SUPPLY SINGLE SUPPLY MAXIMUM POWER DISSIPATION Test Circuits ABSOLUTE MAXIMUM RATINGS Typical Performance Characteristics THEORY OF OPERATION DC GAIN CHARACTERISTICS APPLICATIONS Line Driving for HDSL Choosing the Appropriate Turns Ratio for the Transformer LAYOUT CONSIDERATIONS OUTLINE DIMENSIONS Ordering Guide Revision History
TPC 25. Output Swing vs. Load TPC 28. Settling Time, VS = ±5 V
4.0 30 5 V 3.8 28 O = 0.3V p-p 4 RF = 750 R Hz 3.6 26 Hz 3 L = 1k 3.4 24 nV/ dB 2 3.2 22 1 3.0 20 0 G = +1 2.8 18 –1 CURRENT NOISE G = +10 2.6 +IN/–IN 16 –2 NORMALIZED GAIN G = +2 2.4 14 –3 INPUT VOLTAGE NOISE – INPUT CURRENT NOISE – pA/ 2.2 VOLTAGE NOISE 12 –4 2.0 10 –5 100 1k 10k 100k 1 10 100 500 FREQUENCY – Hz FREQUENCY – MHz
TPC 26. Noise vs. Frequency TPC 29. Frequency Response; VS = ±5 V
9 0.5 V R L = 1k 8 V 0.4 O = 0.3V p-p f = 5MHz G = +2 R 7 G = 2 0.3 F = 750 1% THD) RF = 750
ⱕ
RL = 1k 0.2 6 RL = 100 0.1 5 0 4 –0.1 3 –0.2 NORMALIZED GAIN – dB 2 –0.3 1 –0.4 PEAK-TO-PEAK OUTPUT AT 5MHz ( 0 –0.5 3 4 5 6 7 8 9 10 11 0.1 1 10 100 TOTAL SUPPLY VOLTAGE V FREQUENCY – MHz
TPC 27. Output Swing vs. Supply TPC 30. Gain Flatness; VS = ±5 V –10– REV. C Document Outline FEATURES APPLICATIONS PRODUCT DESCRIPTION FUNCTIONAL BLOCK DIAGRAM SPECIFICATIONS DUAL SUPPLY SINGLE SUPPLY MAXIMUM POWER DISSIPATION Test Circuits ABSOLUTE MAXIMUM RATINGS Typical Performance Characteristics THEORY OF OPERATION DC GAIN CHARACTERISTICS APPLICATIONS Line Driving for HDSL Choosing the Appropriate Turns Ratio for the Transformer LAYOUT CONSIDERATIONS OUTLINE DIMENSIONS Ordering Guide Revision History