ERZIA's New Space COTS amplifier line has been specifically developed to address the stringent requirements of New Space applications. Each amplifier maintains the same high RF performance as our commercial off-the-shelf equivalent, ensuring robustness against vibration, acceleration, shock, thermal cycling, and other environmental stresses encountered in space environments. In addition, several design enhancements have been implemented.
New Space
HPAs
Part Number HPAs
Freq Start (GHz)
Freq Stop (GHz)
Pout (dBm)
Gain (dB)
Download
ERZ-HPA-1730-2120-44-NS
17.30
21.20
43.5
50.00
Datasheet
ERZ-HPA-0002-0600-42-NS
0.02
6.0
42
38
Datasheet
ERZ-HPA-0200-0600-43-NS
2
6
43
44
Datasheet
ERZ-HPA-0200-0400-30-NS
2.00
4.0
30
39
Datasheet
ERZ-HPA-2000-4000-39-NS
20.00
40.0
39
52
Datasheet
ERZ-HPA-0600-1800-40-E-NS
6.00
18.0
41
46
Datasheet
ERZ-HPA-0100-1800-37-NS
1.00
18.0
36
36
Datasheet
LNAs
Part Number LNAs
Freq Start (GHz)
Freq Stop (GHz)
Pout (dBm)
Gain (dB)
Noise Figure (dB)
Download
ERZ-LNA-2500-4300-33-2-NS
25.00
43.0
4
28
2
Datasheet
ERZ-LNA-0700-1300-21-1-NS
7
13.0
11
24
1.2
Datasheet
ERZ-LNA-0100-0310-30-2-NS
1.00
3.10
19
30.00
1.6
Datasheet
ERZ-LNA-0070-0300-20-0.7-NS
0.70
3.00
21
20.00
0.7
Datasheet
ERZ-LNA-0400-0800-28-1-NS
4.00
8.00
5.5
28.00
1
Datasheet
ERZ-LNA-2100-2700-25-2-NS
21.00
27.00
15
25.00
2.5
Datasheet
Integrated de-pressurization structures enable the fastest de-pressurization profiles Radiation tolerant circuitry rated to 30 Krad and 32 MeV Materials selected to comply outgassing requirements Acceptance Test Report is delivered at three temperatures with additional analysis by request All passive components meet or exceed the AEC-Q200 standard Thermal screening and electrical testing before delivery with additional environmental tests and screenings available
Vacuum
Radiation Tolerance
Outgassing
Reporting
Components Quality
Testing
FEATURE
COTS
NEW SPACE (-NS)
Operating Temperature range -45 to +85 °C (MIL-STD-810F, method 520.2)
X
X
Random Vibration 8g RMS (MIL-STD-810F, method 514.5)
X
X
Mechanical Shock 20g, 11ms SawTooth (MIL-STD-810F, method 516.5)
X
X
Acceleration 15g (MIL-STD-810F, method 513.5)
X
X
Thermal cycling (Based in MIL-HDBK-2164 Rev. A)
X
X
Simplified power interface Single DC supply line
X
X
ATP at three temperatures CoC & CoO supplied
X
X
RF section radiation tolerance (TID) Technology intrinsically tolerant to 300 krad (TID)
X
X
RF section radiation SEE tolerance: SEE-aware RF design and filtering
-
X
DC section radiation tolerance (TID) Radiation Tolerant to 30 krad (TID) plus housing shielding.
-
X
DC section radiation SEE tolerance: Passive SEE mitigation plus rad-tolerant (43 MeV-cm2/mg) in key
components-
X
Vacuum-optimized mechanics (venting, joints) (ECSS-Q-ST-70-02)
-
X
Low-outgassing materials (ECSS-Q-ST-70 / NASA-ASTM-E595 compliant)
-
X
Pure-tin mitigation (whisker control / alternative finishes) (GEIA-STD-0005-2 guidelines)
-
X
Prepared for LEO (atomic-oxygen mitigation techniques)
-
X
All passive components with at least automotive grade (AEC-Q200)
-
X
Screening of RF active devices / Complete burn in
-
Optional
Additional documentation & analyses (FMECA, Worst-Case, etc.) — NDA required
-
Optional
Environmental testing on demand (TVAC, vibration, …)
-
Optional