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LMH6704MF Scheda tecnica(PDF) 7 Page - National Semiconductor (TI)

[Old version datasheet] Texas Instruments acquired National semiconductor.
Il numero della parte LMH6704MF
Spiegazioni elettronici  650 MHz Progammable Gain Buffer with Disable
PDF  12 Pages
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Produttore elettronici  NSC [National Semiconductor (TI)]
Homepage  http://www.national.com
Logo NSC - National Semiconductor (TI)

LMH6704MF Scheda tecnica(HTML) 7 Page - National Semiconductor (TI)

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Application Information
GENERAL INFORMATION
The LMH6704 is a high speed current feedback Selectable
Gain Buffer (SGB), optimized for very high speed and low
distortion. With its internal feedback and gain-setting resis-
tors the LMH6704 offers excellent AC performance while
simplifying board layout and minimizing the affects of layout
related parasitic components. The LMH6704 has no internal
ground reference so single or split supply configurations are
both equally useful.
SETTING THE CLOSED LOOP GAIN
The LMH6704 is a current feedback amplifier with on-chip
R
F =RG = 465
Ω. As such it can be configured with an A
V =
+2, A
V = +1, or an AV = −1 by connecting pins 3 and 4 as
described in the chart below.
GAIN A
V
Input Connections
Non-Inverting (Pin 3)
Inverting (Pin 4)
−1 V/V
Ground
Input Signal
+1 V/V
Input Signal
NC (Open)
+2 V/V
Input Signal
Ground
The gain accuracy of the LMH6704 is accurate and guaran-
teed over temperature to within ±1%. The internal gain
setting resistors, R
Fand RG, match very well. The LMH6704
architecture takes advantage of the fact that the internal gain
setting resistors track each other well over a wide range of
temperature and process variation to keep the overall gain
constant, despite the fact that the individual resistors have
nominal temperature drifts. Therefore, using external resis-
tors in series with R
G to change the gain will result in poor
gain accuracy over temperature.
20103603
FIGURE 1. Recommended Gain of +2 Circuit
20103604
FIGURE 2. Recommended Gain of +1 Circuit
20103605
FIGURE 3. Recommended Gain of −1 Circuit
20103609
FIGURE 4. Alternate Unity Gain Configuration
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