Teledyne GaN PowerMAX Скачать руководство пользователя страница 12

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214578 REV A  ECO 18422 

GaN PowerMAX 

Second Generation GaN 

Modular N+1 Phase Combined System 

General Electrical Specifications 

PARAMETER 

NOTES 

LIMITS 

UNITS 

Gain 
 
 
 
Gain Flatness 
Gain Slope 
 
Gain Variation vs. Temperature 
Gain Adjustment 

Maximum, Ku-Band (Auto-Gain Off)  
Maximum, Ku-Band (Auto-Gain On)  

Maximum, S-, C-, X-Bands (Auto-Gain Off) 
Maximum, S-, C-, X-Bands (Auto-Gain On) 

full band 

per 40 MHz  

per 10 MHz (S-Band) 

0 °C to +50 °C 

0.1  dB resolution 

62 
57 
70 
65 

± 1.0 
± 0.3 
± 0.3 
± 1.0 

20 

dB 
dB 
dB 
dB 
dB 

dB/40 MHz 
dB/10 MHz 

dB 
dB 

Intermodulation Distortion 

3 dB back off relative to P

sat

 

-25 

dBc 

AM/PM Conversion 

(@ P

Linear

(@ P

Linear

3.5 
1.0 

°/dB 
°/dB 

Spurious 
Harmonics 

(@ P

Linear

(@ P

Linear

)  

-65 
-50 

dBc 
dBc 

Input VSWR 
Output VSWR 

  

 1.30 : 1 

 2.00 : 1 

  

Noise Figure 

at maximum gain 

12 

dB 

Group Delay 

Linear 

Parabolic 

Ripple 

0.01 

0.003 

1.0 

ns/MHz 

ns/MHz

2

 

ns p-p 

Noise Output 

TX Band 

RX Band (C-Band, without filter) 
RX Band (X-Band, without filter) 

RX Band (X-Band, with filter) 

RX Band (Ku-Band, without filter) 

RX Band (Ku-Band, with filter) 

-75 

-155 

-85 

-155 

-85 

-155 

dBW/4 KHz 
dBW/4 KHz 
dBW/4 KHz 
dBW/4 KHz 
dBW/4 KHz 
dBW/4 KHz 

Residual AM Noise 

0 - 10 KHz 

10 KHz - 500 KHz 

500 KHz - 1 MHz 

-45 

-20 (1.25 + log F) 

-80 

dBc 
dBc 
dBc 

Residual Phase Noise 

Offset frequency from carrier 

10 Hz 

100 Hz 

1 KHz 

10 KHz 

100 KHz 

1 MHz 

 

-90 

-100 
-110 
-120 
-125 
-130 

 

dBc/Hz 
dBc/Hz 
dBc/Hz 
dBc/Hz 
dBc/Hz 
dBc/Hz 

Environmental Specifications  

Operating Temperature

 

Ambient

 

0 to +50

 

°C

 

Relative Humidity

 

non-condensing

 

95

 

%

 

Cooling System 

Integrated, forced air, per chassis

 

137 

CFM 

Audible Noise

1

 

per chassis, measured 1m from unit 

71 

dBA 

1

 Audible noise is measured with the fans set at low. Add 3 dBA to the system audible noise figure (low fan) if using the cabinet exhaust option.  

RF Leakage

 

@ 1m, with SSPA module removed 

< 0.001 

mW/cm

2

 

Содержание GaN PowerMAX

Страница 1: ...assis operation Ethernet Port with UDP SNMP and internal web browser capability Legacy RS 485 M C Accurate Output Power Measurement Reflected Power Monitor RF Output Sample Port RF Gain Adjustment 42...

Страница 2: ...ing efficiency is optimized within the operating frequency band System Output Power and Configurations Because the system power combining is purely passive and no switching is used there is never an i...

Страница 3: ...h an array of mod ular hot swap power supply chassis Power is distributed from the power supplies to the SSPA modules via a bus rail assembly Each of the power supply modules has its own single phase...

Страница 4: ...n and there are no mechanical switches involved that would create an interruption of service With parallel system architectures the amplifier output power capability and gain will change as the number...

Страница 5: ...hot swappable active assemblies The units can be configured with a wide variety of SSPA frequency bands and power levels and can be fitted with the following SSPA modules S Band 50W 100W 200W 300W 40...

Страница 6: ...0 23 400 61 2 1318 58 2 661 800 W 64 5 2818 61 5 1413 16 000 14 000 35000 29400 62 1 1622 59 1 813 Heat Load Btu hr 4 Module S Band PowerMAX System Power Specifications SSPA Module Power Level 4 Modul...

Страница 7: ...9 0 794 Heat Load Btu hr 4 Module Ku Band PowerMAX System Power Specifications SSPA Module Power Level 4 Module RF Output Power AC Input Power W 3 Module Redundant RF Output Power Psat typical dBm W P...

Страница 8: ...880 65 2 3311 62 2 1660 800 W 67 3 5370 64 3 2692 32 000 28 000 69 755 58 875 66 1 4074 63 1 2042 Heat Load Btu hr 8 Module S Band PowerMAX System Power Specifications SSPA Module Power Level 8 Module...

Страница 9: ...95 Heat Load Btu hr 8 Module Ku Band PowerMAX System Power Specifications SSPA Module Power Level 8 Module RF Output Power AC Input Power W 7 Module Redundant RF Output Power Psat typical dBm W PLinea...

Страница 10: ...7 68 5 7079 65 5 3548 800 W 70 0 10000 67 0 5012 64 000 56 000 139 511 117 751 69 4 8710 66 4 4365 Heat Load Btu hr 16 Module S Band PowerMAX System Power Specifications SSPA Module Power Level 16 Mod...

Страница 11: ...Load Btu hr 16 Module Ku Band PowerMAX System Power Specifications SSPA Module Power Level 16 Module RF Output Power AC Input Power W 15 Module Redundant RF Output Power Psat typical dBm W PLinear mi...

Страница 12: ...ar Parabolic Ripple 0 01 0 003 1 0 ns MHz ns MHz2 ns p p Noise Output TX Band RX Band C Band without filter RX Band X Band without filter RX Band X Band with filter RX Band Ku Band without filter RX B...

Страница 13: ...1 592 13 76 25 1936 75 2RU FILLER 4RU FILLER 2RU FILLER 1RU PS2 1RU VENT 1RU PS1 1RU VENT 3RU SSPA 1 3RU SSPA 2 3RU SSPA 3 3RU SSPA 4 1RU RF DIST 3RU SSPA 5 3RU SSPA 6 3RU SSPA 7 3RU SSPA 8 3RU FILLER...

Страница 14: ...WAY SYSTEM ONLY OMIT FOR 4 WAY 61 05 1550 8 59 18 1503 2 Cabinet Exhaust Option The PowerMAX system is available with an optional cabinet exhaust system which includes a rear door for the cabinet and...

Страница 15: ...iginal form or after being incorporated into other items without first obtaining approval from the U S government or as otherwise authorized by U S law and regulations Proprietary and Confidential The...

Страница 16: ...320 W 562 W 1000 W 100 S 638 W 1100 W 2000 W 200 S 970 W 1700 W 3000 W 300 S 1280 W 2240 W 4000 W 400 S 1600 W 2800 W 5000 W 500 S 2000 W 3500 W 6300 W 600 S 2500 W 4500 W 7800 W 800 S 3200 W 5600 W...

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