Transcript
Ka-band 4W BUC
Ka-band Satcom - Count on EM Solutions
30.0 to 31 GHz
Input Frequency
950 to 1950MHz 1000 to 2000MHz (optional)
Sense
Non Inverting
Output Power Psat
36dBm nom
Gain
55dB
Gain Flatness (Full Band) Gain Flatness (36MHz Channel) Gain Variation (Temperature) Input Return Loss Output Return Loss
Ka-band BUC 4W Specifications
1.
Output Frequency
1.5dB 0.3dB 2.0dB 14dB 14dB
Tx Noise Rejection
> 65dB @ 21.2GHz
Phase Noise
-75dBc/Hz at 1kHz -85dBc/Hz at 10kHz -95dBc/Hz at 100kHz -105dBc/Hz at 1MHz
External Reference External Reference Level External Reference Phase Noise max
5MHz or 10MHz (optional) -5 to +5dBm -140dBc/Hz at 1kHz
Input Power
+17 to +30 V (IF CABLE)
1.
Output Frequency
30.0 to 31 GHz
Power Consumption
55W
Input Frequency
950 to 1950MHz 1000 to 2000MHz (optional)
Operating Tem perature
-30 to +60 C
Sense
Non Inverting
Weight
1500 grams
Monitor & Control (FSK)
Ouput Power Detector Gain Control (0 to -15dB) Summary Alarm
Size:
220mm x 130mm x 48mm (8.7” x 5.1” x 1.9”)
Output Power Psat
36dBm nom
Gain
55dB
Gain Flatness (Full Band) Gain Flatness (36MHz Channel) Gain Variation (Temperature)
1.5dB 0.3dB 2.0dB
Input Return Loss Output Return Loss
14dB 14dB
Tx Noise Rejection
> 65dB @ 21.2GHz
Phase Noise
-75dBc/Hz at 1kHz -85dBc/Hz at 10kHz -95dBc/Hz at 100kHz -105dBc/Hz at 1MHz
External Reference External Reference Level External Reference Phase Noise max
5MHz or 10MHz (optional) -5 to +5dBm -140dBc/Hz at 1kHz
Input Power
+17 to +30 V (IF CABLE)
Power Consumption
55W
Operating Tem perature
-30 to +60 C
Weight
1500 grams
Monitor & Control (FSK)
Ouput Power Detector Gain Control (0 to -15dB) Summary Alarm
Size:
220mm x 130mm x 48mm (8.7” x 5.1” x 1.9”)
1. Other bands available Specifications current at May 2012, E & EO Linear Power Definition (Min of) (a) Combined power resulting from two equal carriers with 2.6MHz
1. Other bands available Specifications current at May 2012, E & EO Linear Power Definition (Min of) (a) Combined power resulting from two equal carriers with 2.6MHz separation at which the power in a single 3IMD product is 25dB below the combined power of the two CW signals or (b) Power measured at which the spectral regrowth of a half rate OQPSK modulated carrier is at least 30dB below the peak power spectral density one symbol rate removed from the carrier frequency.
Solutions
Innovation in Microwave Communications
EM Solutions Pty Limited
A.B.N. 33 082 157 846
101 Hyde Road (PO Box 3164), Yeronga, Queensland 4104, Australia P: +61 7 3392 7600 F: +61 7 3392 6400 E:
[email protected]
Visit us at: www.emsolutions.com.au
Ka-band LNB Down Converter
Ka-band Satcom - Count on EM Solutions
Ka-BAND LNB SPECIFICATIONS 20.2 to 21.2 GHz
Noise Figure:
1.3 dB typical/ 1.5 dB maximum, at 23˚C
Input Connector:
WR42 (WG20) flange with pressure window,
Input Return Loss:
18 dB
Input Stability:
Unconditionally stable for all possible input loads
IF Output Frequency:
950 to 1950 MHz
Output Connector:
N type Female, 50 ohm
Output Return Loss:
15 dB
Output Stability:
Unconditionally stable for all possible output loads
Conversion Gain:
60 dB nominal
Gain Flatness:
2.5 dB p-p over full band 1 dB p-p over any 33 MHz segment
Gain Variation over Temp:
± 2.0 dB maximum
1dB Compression Point:
> 7 dBm
3rd Order Intercept:
> 17 dBm
Ka-band LNB Down Converter Specifications Ka-BAND LNB SPECIFICATIONS 1.
1.
RF Input Frequency:
External Ref
10 MHz, 0 dBm ± 3 dB, via IF connector
Desensitisation:
-30dBm (30 - 31GHz)
Filtering:
Includes embedded interstage Tx Filter >50 dB rejection
RF Input Frequency:
20.2 to 21.2 GHz
Noise Figure:
1.3 dB typical/ 1.5 dB maximum, at 23˚C
Input Connector:
WR42 (WG20) flange with pressure window,
Image Rejection:
> 50dBc
Input Return Loss:
18 dB
Phase Noise:
100Hz -63 dBc/Hz 1 kHz -80 dBc/Hz 10 kHz -90 dBc/Hz 100 kHz -100 dBc/Hz
LO Leakage at Input:
-80 dBm maximum
Input Stability:
Unconditionally stable for all possible input loads
IF Output Frequency:
950 to 1950 MHz
Output Connector:
N type Female, 50 ohm
Output Return Loss:
15 dB
Output Stability:
Unconditionally stable for all possible output loads
Conversion Gain:
60 dB nominal
Gain Flatness:
2.5 dB p-p over full band 1 dB p-p over any 33 MHz segment
Gain Variation over Temp:
± 2.0 dB maximum
1dB Compression Point:
> 7 dBm
3rd Order Intercept:
> 17 dBm
External Ref
10 MHz, 0 dBm ± 3 dB, via IF connector
Desensitisation:
-30dBm (30 - 31GHz)
Filtering:
Includes embedded interstage Tx Filter >50 dB rejection
Image Rejection:
> 50dBc
Phase Noise:
100Hz -63 dBc/Hz 1 kHz -80 dBc/Hz 10 kHz -90 dBc/Hz 100 kHz -100 dBc/Hz
LO Leakage at Input:
-80 dBm maximum
In Band Spurious:
-65 dBm
DC Input:
+9 to 13 V DC, 400mA maximum, via IF connector
Operating Temp:
-30 to + 60˚C
Relative Humidity:
Up to 100% condensation and frost
Mass:
350 grams
Size:
51mm x 45mm x 100mm (2” x 1.8” x 3.9”)
1.
In Band Spurious:
-65 dBm
DC Input:
+9 to 13 V DC, 400mA maximum, via IF connector
Operating Temp:
-30 to + 60˚C
Relative Humidity:
Up to 100% condensation and frost
Mass:
350 grams
Size:
51mm x 45mm x 100mm (2” x 1.8” x 3.9”)
Other bands available Specifications current at May 2012, E & EO
Solutions
Innovation in Microwave Communications
EM Solutions Pty Limited
A.B.N. 33 082 157 846
101 Hyde Road (PO Box 3164), Yeronga, Queensland 4104, Australia P: +61 7 3392 7600 F: +61 7 3392 6400 E:
[email protected]
Visit us at: www.emsolutions.com.au
