Satcom Resources Logo [ part of your network ]
zoom
 

Newtec Azimuth Series AZ730 Up/Down Frequency Converters


  • Very low spurious characteristics
  • Ultra fine frequency resolution
  • Very high frequency stability
  • High linearity over entire bandwidth

Configure this item to request a quote


Configure this item
 

AZ730 Key Features

  • Agile IF to L-Band up/down converter
  • Optional up-conversion to C, Ku or DBS-band
  • Ultra fine frequency resolution
  • IF frequency switchable between 70 MHZ & 140 MHz
  • Very high frequency stability
  • Very low spurious characteristics
  • Phase noise compliant to Intelsat IBS/ Eutelsat SMS
  • High linearity over the entire bandwidth
  • Optional 10 MHz + 24V DC for BUC
  • Optional LNB power supply + 10 MHz

AZ730 Up & Down-converter

The Newtec Azimuth Series AZ730 is a high performance Up & Down frequency converter designed for a wide range of broadcast, telco and IP satellite applications

In its default configuration, the AZ730 upconverts IF signals (70 or 140 MHz) to L-Band (950–1750 MHz) and simultaneously downconverts L-Band signals (950–2150 MHz) to IF. Optionally, the AZ730 can upconvert IF signals to C, Ku or DBS-band.

The AZ730 offers some advanced and unique features such as a calibrated high linearity over the entire bandwidth combined with a very high frequency stability. These features make the AZ730 the perfect solution for a wide range of transmissions ranging from very small carriers to full transponder applications.

The IF frequency is switchable from 70 MHz to 140 MHz and the L-Band frequency is adjustable in steps of 48 Hz.

The high output frequency stability is provided by an internal 10 MHz reference clock. For applications requiring a very high frequency stability such as very low data rate carriers, an optional reference clock of 0,01ppm can be ordered separately.

A 24V DC power supply and a reference frequency on the L-Band output are also available as options, providing a compact and cost effective solution when the AZ730 is used in combination with an outdoor RF upconverter and/or amplifier.

Optionally, an LNB power supply, a frequency band selection signal and a 10MHz reference frequency can be delivered to an LNB via the L-Band input.

The AZ730 is easy to operate and monitor. All control and monitoring parameters are available locally on the front panel and remotely through a web interface. It is also possible to control or monitor the AZ730 via RMCP or SNMP.

Main Advantages

  • Highest signal quality
  • Extensive coverage of all transponder frequencies
  • High flexibility

Applications

  • Earth Stations
  • DTH uplinks
  • DSNG
  • Telco and trunking satellite infrastructures
  • VSAT hubs
  • Generic satcom applications
Interfaces
Input interface upconverter (IF)
Connector BNC (F), 50 ohms
Return loss >15dB
Frequency range 70 MHz +/- 18MHz
140 MHz +/- 36 MHz
Input level IF (typical) -35 to +5 dBm
Output interface upconverter (L-band)
Connector SMA (F), 50 ohms
Return loss >15dB
Frequency range 950 to 1750 MHz
Frequency step size 48 Hz
Output level -30 to +10 dBm
Output interface upconverter (RF), optional
Connector RF-band out SMA (F), 50 ohms
Return loss >12dB
Output level C & Ku-band >0 dBm
Output level DBS-band >+10 dBm
Frequency range RF-band
    C-Band
    Ku-Band
    Ku-Band
    DBS-Band
    DBS-Band

5.85 – 6.65 GHz
12.75 – 13.25 GHz
13.75 – 14.50 GHz
17.30 – 18.10 GHz
17.60 – 18.4 GHz
BUC power and reference frequency (optional)
max. current 1,5 A
voltage 24V
frequency 10MHz
stability ±5x10-8 over 0°C to 65°C
Input interface downconverter (L-band)
Connector SMA (F), 50 ohms
Return loss >15dB
Frequency range 950 to 2150 MHz
Input level Max composite 8-20dBm
Output interface downconverter (IF)
Connector BNC (F), 50 ohms
Return loss >15dB
Frequency range 70 ± 20MHz,140 ± 40MHz
Output level <0 dBm typical
LNB power and control (optional)
max. current 350 mA (on L-band input)
voltage 11,5 -14 V (Vertical polarization)
16 -19 V (Horizontal polarization) & additional 22 kHz +/- 4KHz
(band selection according to universal LNB)
10 MHz reference  
10 MHz reference input / output (optional)
Input level -3dbm up to 7dBm
Output level +7dBm
Connector BNC (F), 50 ohms
Channel Characteristics
Gain (upconverter)
Programmable IF gain 15 to 20dB
Programmable L-band gain -20 to +20dB
Programmable RF gain (C&Ku) -20 to +20 dB(±5dB)
Programmable RF gain (DBS) -10 to +30 dB
Gain step size 0.1dB
Gain variation over 36/72 MHz BW (L-band) 1.2 dB peak-to-peak
Gain variation over 36/72 MHz BW (RF) 2.6 dB peak-to-peak
Gain (downconverter)
Programmable Gain 0 to 50 dB
Gain step size 0.1 dB
Gain variation over 36/72 MHz BW 1.2 dB peak-to-peak
Gain variation over T°(+20 to +40°C) ± 0.5 dB
Linearity (upconverter)
Output 1dB compression (L-band) +10dBm
Output 1dB compression (C & Ku-band) +0 dBm
Output 1dB compression (DBS-band) +10dBm
Third order intermod <-60 dBc (typical)
Third order intercept (L-band) +26dBm
Third order intercept (C & Ku-band ) >+10 dBm
Third order intercept (DBS-band) >+20dBm
AM/PM conversion (L-band) 0.1°/dB max@0dBm
Linearity (downconverter)
Output 1dB compression IF +10dBm
AM/PM conversion 0.1°/dB max@0dBm
Switching
Spectrum inversion Switchable
Output switching suppression <-80 dBm
Noise (upconverter)
Noise figure <20 dB (typical)
In-band spurious
(@ -10 dBm output level and for rates >200 kbaud)
<-65 dBc
Phase Noise
 
    @10 Hz
    @100 Hz
    @1 KHz
    @10 KHz
    @100 KHz
 
L-Band
RF
<-50 dBc/Hz<-35 dBc/Hz
<-70 dBc/Hz<-60 dBc/Hz
<-80 dBc/Hz<-75 dBc/Hz
<-85 dBc/Hz<-85 dBc/Hz
<-95 dBc/Hz<-95 dBc/Hz
Noise (downconverter)
Noise figure <15 dB at max gain
In band spurious (signal related)
(@-25 dBm input and 0 dBm output)
<-60 dBc
Non signal related spurious <70 dBm
Image rejection -60dBc
Phase Noise
    @ 10 Hz
    @ 100 Hz
    @ 1 KHz
    @ 10 KHz
    @ 100 KHz

<-50 dBc/Hz
<-70 dBc/Hz
<-80 dBc/Hz
<-85 dBc/Hz
<-95 dBc/Hz
Group delay
Linear group delay
    @72 MHz BW
    @36 MHz BW

0.05 ns/MHz
0.03 ns/MHz
Parabolic group delay
    @72 MHz BW
    @36 MHz BW

0.0035 ns/MHz²
0.01 ns/MHz²
Residual group delay 1 ns peak-to-peak
Generic
Monitor and control interfaces
  • Web server GUI (HTTP) via web browser
  • Diagnostics report, alarm log (HTTP)
  • RMCP over TCP-IP/UDP and RS232/RS485
  • SNMP v.2c/MIB
Alarm Interface
  • Electrical dual contact closure alarm contacts
  • Connector 9-pin sub-D (F)
  • Logical interface and general device alarm
Related Items
Name X