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Miniature Successive
Detection Log Video Amplifier that operates over the 0.1 to
2.0 GHz range. This unit has a dynamic range of 65 to 70 dB a
TSS of -67 dBm and a nominal video bandwidth of 20 MHz.
Furthermore this unit is designed using cutting edge GaAs
technology which provides stunning performance and reliability
in a compact package making it an optimum solution for high
speed channelized receiver applications. This unit offers
typical fast rise time <20 nS, rapid fall time <25 nS, as well
as superior delay time of 8 nS. The log slope is 25 mV/dB and
the accuracy is less than +/- 1.0 dB over the -60 to 0 dBm
power input range. Dynamic range can be extended to -65/+5
with log error of +/- 1.5 dB. Options are available with
adjustable logging slope and DC offsets. Guaranteed rise times
are less than 25nS and maximum recovery times are less than 30 nS.
Recovery times at lower power are faster. It is commercially
screened and characterized from -55 degrees to 85 degrees
Celsius. Sizes available are 0.395 x 0.280 x 0.09 or any other
customized configuration desired. Connectorized versions are
available as Model No: SDLVA-0120-70 and SLVA-06135.

Specifications:
Frequency Range |
0.1 to 2.0 GHz |
Dynamic Range |
> 65dB |
Log Linearity |
+/-1.2dB MAX. (-60 dBm to 0
dBm), +/-0.8 dB TYP |
Log Linearity |
+/-1.5dB MAX. (-65dBm TO
+5dBm) +/-1.2 dB TYP |
Minimum Log Voltage |
-60 dBm (-65 dBm TYP) |
Maximum Log Voltage |
+5 dBm (+8 dBm TYP) |
VSWR Input |
1.8:1 (1.5:1 TYP) |
Tangential Sensitivity |
-65 dBm Minimum (-70 dBm TYP) |
Limited IF Output |
-16 dBm (TYP) |
Maximum RF Input |
+10 dBm |
Log Video Output Coupling |
DC |
Log Video Max. Output
Voltage |
2.7 v |
Log Video Output Rise Time |
25 nS MAX. |
Log
Video Output Fall Time |
30 nS MAX. |
Log Video Output Settling
Time |
40 nS MAX. |
Log Video Output DC Offset |
Externally Adjustable |
Log Video Output Slope |
Adjustable to 30 mV/dB |
Log Video Output Slope
Variation w/ Frequency |
+/- 0.5 mV/dB (Over 80 MHz
Bandwidth) |
Log Video Output Slope Variation w/ Temperature |
+/-1 mV MAX. |
Log Video Propogation Delay |
10 nS MAX. (7 nS TYP.) |
Log Video Load |
100 ohm |
Power Plus |
5 v @ 30 mA (No Video Load) |
Power Minus |
5 v @ 170 mA |
Size |
0.395 " x 0.280 " x 0.090" |
Available Options:
A01 |
Extended Dynamic Range -80 dBm
to +5 dBm |
A02 |
Higher Limited IF Output |
A03 |
Alternate log slopes |
A06 |
High power RF CW / PEAK
Protection |
A08 |
Screened to MIL-STD-883 |
Environmental Ratings:
| Our standard
environmental ratings are as follows, for specific
requirements please contact us... |
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Temperature: |
-55
ºC to +85 ºC Operating |
| -65
ºC to +100 ºC Non-Operating |
| Humidity: |
MIL-STD-202F,
Method 103B Cond. B |
| Shock: |
MIL-STD-202F,
Method 213B Cond. B |
| Vibration: |
MIL-STD-202F,
Method 204D Cond. B |
| Altitude: |
MIL-STD-202F,
Method 105C Cond. B |
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Temperature Cycle: |
MIL-STD-202F,
Method 107D Cond. A |
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Outline Drawing:
Click
here to see an outline drawing of SDLVAC-0120-70M
Product Feature:
Click here to see the Product Feature on SDLVAC-0120-70M
Test Report on
Miniature/Chip/Surface Mount Successive Detection Log Video
Amplifiers (SDLVA'S):
Test Data on 0.1 to 2.5 GHz DC-Coupled Successive Detection
Log Video Amplifier
Test Report on Packaged and
Connectorized Successive Detection Log Video Amplifiers (SDLVA'S):
Test Data on 0.1 to 2.5 GHz DC-Coupled Successive Detection
Log Video Amplifier
Test Data (12/17/03):
Test
Data on SDLVAC-0120-70M
More Test Data (01/28/04):
More
Test Data on SDLVAC-0120-70M
More Test Data (02/13/04):
More
Test Data on SDLVAC-0120-70M
More Test Data (03/08/04):
More
Test Data on SDLVAC-0120-70M
More Test Data (11/24/04):
More
Test Data on SDLVAC-0120-70M
More Test Data (07/14/05):
More
Test Data on SDLVAC-0120-70M
Test Data on 300 to 800
MHz Unit (03/06/07):
Test Data on SDLVAC-0120-70M Option 0308
More Test Data on 300 to
800 MHz Unit (04/06/07):
Test Data on SDLVAC-0120-70M Option 0308
Effect of Slope and
Offset Resistors on Hybrid MIC/MMIC SDLVA Performance:
Effect of Slope and Offset Resistors on Hybrid MIC/MMIC
SDLVA
Performance
Acceptance Test Procedure
(ATP):
Acceptance
Test Procedure (ATP) on Standard SDLVA Chip
Further Information:
Click
here to view our short form page on our Successive Detection
Log Video Amplifiers
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