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4886
Part Number
Revision 0.a Release Date April 2008
Revision Notes Initial release
Frequency Range:
1 - 1025 MHz
P1dB:
2 Watts CW
Class:
A
Supply Voltage:
28 V DC
This ultra broadband class A amplifier operates from below 1 MHz to over 1 GHz. Using all gold
metallized LDMOS transistors and a stable design, this compact, high performance laboratory amplifier
will find use in many applications.
The LA2-1-1025-33 is offered as a standalone unit requiring the customer to mount to a modest
heat sink, or we offer this with a heat sink. A disable line is option.
Delta RF Technology, Inc.
H i g h P o w e r R F A m p l i fi e r s a n d A c c e s s o r i e s
350 South Rock Boulevard
•
•
•
•
Reno
NV
89502
USA
LA2-1-1025-33
Gain:
33dB
Efficiency:
12%
Temperature Range:
0 to 50
Max VSWR:
10:1
Phone +1.775 DELTA RF [775 335 8273]
Amplifier Name
Technical Specifications Summary
C
°
Amplifier General Description
Amplifier Picture
Fax +1.775 DELTA FX [775 335 8239]
website: http://www.drft.com
email: sales@drft.com
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Summary of Contents for Delta RF Technology 4886
- Page 1 Part Number Revision 0.a Release Date April 2008 Revision Notes Initial release Frequency Range: 1 - 1025 MHz P1dB: 2 Watts CW Class: Supply Voltage: 28 V DC This ultra broadband class A amplifier operates from below 1 MHz to over 1 GHz. Using all gold metallized LDMOS transistors and a stable design, this compact, high performance laboratory amplifier will find use in many applications.
- Page 2 Parameter Frequency P1dB Psat Power Input Gain Noise Figure Vsupply Drain Current Efficiency Input VSWR Insertion Phase Variation Gain Variation F2 Second Harmonic F3 Third Harmonic Baseplate Operating Temperature Physical Dimensions All specifications valid for 50 Ω output load, V Parameter Maximum Operating Voltage Stable Operating Voltage...
- Page 3 LA2-1-1025-33 4886 Mechanical Specifications Page Number 3...
- Page 4 Gain 2W Frequency - MHz Graph 1. Gain, 2W Gain 2W Frequency - MHz Graph 3. Gain, 1W All data taken at +28VDC 1000 1000 Graph 4. Harmonic Performance Graphs and Charts P1dB - Watts Frequency - MHz Graph 2. P1dB Harmonics F2 Second Harmonic F3 Third Harmonic...
- Page 5 LA2-1-1025-33 4886 Integration and Operating Instructions Attach amplifier to heatsink using thin layer of thermal compound. The amplifier will produce approximately 20W of heat, so a medium size heatsink will be adequate - a heatsink with approximate dimensions 2 x the area of the lab amp and approx 1.0”...
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Page 6: Ordering Information
This data sheet and contents are the property of Delta RF Technology, Inc. © Delta RF Technology, Inc. 2008. Description 2W Broadband Laboratory amplifier module Heat Sink Option Heat Sink Option with DC Fan, pre wired Ruggedized for vibration Extended Burn In Extended Data Collection Ordering Information DRFT Reference 4886 0202 0203 0204 0271 0272 Page Number 6...