Datasheet LT1259, LT1260 (Analog Devices) - 10
| Fabricante | Analog Devices |
| Descripción | Low Cost Dual and Triple 130MHz Current Feedback Amplifiers with Shutdown |
| Páginas / Página | 12 / 10 — TYPICAL APPLICATIO S. RGB Demo Board All Hostile Crosstalk. RGB Demo … |
| Formato / tamaño de archivo | PDF / 337 Kb |
| Idioma del documento | Inglés |
TYPICAL APPLICATIO S. RGB Demo Board All Hostile Crosstalk. RGB Demo Board Gain vs Frequency. P-DIP PC Board #039
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LT1259/LT1260
U TYPICAL APPLICATIO S
4. Capacitors C1 and C6 are optional and only needed to
RGB Demo Board All Hostile Crosstalk
reduce overshoot when EN 1 or EN 2 are activated with 0 a long inductive ground wire. VS = ±12V RL = 100Ω 5. The R, G and B amplifiers have slightly different –20 RF = RG = 1.6k RS = 10Ω frequency responses due to different output trace routing to R –40 G F (between pins 3 and 4). All amplifiers have slightly less bandwidth in PCB #039 than when –60 B measured alone as shown in the Typical AC Perfor- mance table. R ALL HOSTILE CROSSTALK (dB) –80 6. Part-to-part variation can change the peaking by ±0.25dB. –100 1 10 100 FREQUENCY (MHz)
RGB Demo Board Gain vs Frequency
LT1259/60 • TA06 4 VS = ±12V RL = 150Ω
P-DIP PC Board #039
2 RF = RG = 1.6k R 0 G EN2 EN1 V+ V– GND B C1 GAIN (dB) –2 R1 U1 R1 R13 R2 –4 C2 R3 R R14 R4 G1 –6 C3 1 10 100 R15 R5 FREQUENCY (MHz) R6 LT1259/60 • TA04 C4 B1 G C6
RGB Demo Board Gain vs Frequency
C5 U2 R7 4 R8 V R2 R16 S = ±5V C7 RL = 150Ω R9 B 2 RF = RG = 1.1k R10 R17 C8 R18 R, B R11 0 G2 R12 G (408) 432-1900 GAIN (dB) –2 LT1260 RGB AMPLIFIER DEMONSTRATION BOARD B2 –4 –6 LT1259/60 • TA07 1 10 100 FREQUENCY (MHz) LT1259/60 • TA05 10
U TYPICAL APPLICATIO S
4. Capacitors C1 and C6 are optional and only needed to
RGB Demo Board All Hostile Crosstalk
reduce overshoot when EN 1 or EN 2 are activated with 0 a long inductive ground wire. VS = ±12V RL = 100Ω 5. The R, G and B amplifiers have slightly different –20 RF = RG = 1.6k RS = 10Ω frequency responses due to different output trace routing to R –40 G F (between pins 3 and 4). All amplifiers have slightly less bandwidth in PCB #039 than when –60 B measured alone as shown in the Typical AC Perfor- mance table. R ALL HOSTILE CROSSTALK (dB) –80 6. Part-to-part variation can change the peaking by ±0.25dB. –100 1 10 100 FREQUENCY (MHz)
RGB Demo Board Gain vs Frequency
LT1259/60 • TA06 4 VS = ±12V RL = 150Ω
P-DIP PC Board #039
2 RF = RG = 1.6k R 0 G EN2 EN1 V+ V– GND B C1 GAIN (dB) –2 R1 U1 R1 R13 R2 –4 C2 R3 R R14 R4 G1 –6 C3 1 10 100 R15 R5 FREQUENCY (MHz) R6 LT1259/60 • TA04 C4 B1 G C6
RGB Demo Board Gain vs Frequency
C5 U2 R7 4 R8 V R2 R16 S = ±5V C7 RL = 150Ω R9 B 2 RF = RG = 1.1k R10 R17 C8 R18 R, B R11 0 G2 R12 G (408) 432-1900 GAIN (dB) –2 LT1260 RGB AMPLIFIER DEMONSTRATION BOARD B2 –4 –6 LT1259/60 • TA07 1 10 100 FREQUENCY (MHz) LT1259/60 • TA05 10