Quonset Microwave QM2010-6000 Quick Start Manual Download Page 2

 

Quonset Microwave 

www.quonsetmicrowave.com 

QM2010-6000 

USB RF Synthesizer Module  

25 MHz – 6 GHz output

 

 

Electrical Specifications 

 

Parameter 

 

Min. 

Typ. 

Max. 

Units 

RF Operating Frequency 

25 

6000 

MHz 

Reference Input Frequency (Sine) 

10 

50 

100 

MHz 

Reference Input Power (Sine or square wave) 

 

15 

dBm 

SSB RF Phase Noise: 

50 MHz 

(100 kHz Offset 

3000 MHz 

with Internal Ref) 

6000 MHz 

 

-104 

-95 
-86 

 

dBc/Hz 
dBc/Hz 
dBc/Hz 

RF Harmonics: 

50 MHz (2

nd

/3

rd

/4

th

 

3000 MHz (2

nd

/3

rd

/4

th

 

6000 MHz (2

nd

/3

rd

/4

th

-24.66 / -10.66 / -34.5 

-26.17 / -29 / -46.83 

-28.5 / -47.5 / > -70 

dBc 
dBc 
dBc 

Locking Time 

 

 

ms 

Frequency Resolution:* 

Integer Mode 

 

 

Freq < 1000 

                                                    Freq = 1000-1500 
                                                    Freq = 1500-3000 
 

 

Freq > 3000 

 

Fractional Mode 

 
 

 

12.5 

25 
50 

100 

 
 
 

 

MHz 
MHz 
MHz 
MHz 

kHz 

Power Resolution 

 

0.5 

dB 

Internal reference frequency 

 

50 

 

MHz 

Internal oscillator frequency stability 

 

±0.5 

 

ppm 

* Under default conditions – a 50 MHz reference input with a reference divider of 1.  See “Integer and Fractional Modes of 
Operation” for more information 

 
Programming Interface 

The  QM2010  series of  RF synthesizers  can be controlled using any computer with a USB port running 
Windows

®

, Macintosh

®

, or Linux

®

  operating systems. Other configurations may be possible since the 

synthesizer uses the USB Test and Measurement Device (USBTMC) class standard to emulate a GPIB bus.  
This allows for easy integration into existing test setups.  A Windows

®

 compatible USBTMC driver is supplied 

with the module.  Most distributions of Linux

®

  already have USBTMC drivers included in the kernel, and 

Macintosh

®

 users will need to obtain drivers from a third party.  Installation of drivers is not necessary if you 

already have a compliant VISA runtime installation, such as one provided by National Instruments or Agilent.  
A lightweight GUI using the VISA runtime is provided with the module. 
 

 

The  synthesizer  is controlled by delivering  SCPI 1999.0 compliant  text-based commands through the USB 
interface.  For command structure information and a full command list, see the USB Programming manual 
(QM2010-99-2). 
 

 

 

 

 

 
 

-2-

 

Revised Dec 23, 2015

 

For price, delivery, and to place orders, please contact Quonset Microwave: a subsidiary of Applied Radar, Inc. 

315 Commerce Park Road, North Kingstown, RI 02852 Phone: 401-295-0062 

Summary of Contents for QM2010-6000

Page 1: ...ideband 25 MHz to 6 GHz frequency synthesizer ideally suited for bench top test and measurement as well as low cost small form factor radar and communications systems Its wide output frequency range s...

Page 2: ...es of RF synthesizers can be controlled using any computer with a USB port running Windows Macintosh or Linux operating systems Other configurations may be possible since the synthesizer uses the USB...

Page 3: ...y is not a tunable integer value we cannot tune to exactly 25 MHz in integer mode The previous integer step is not a tunable frequency 62 77 20 6 62 24 838 so we must use the next integer step 62 78 2...

Page 4: ...ractional mode Figure 1 depicts the phase noise differences between 3 GHz in fractional mode vs integer mode with a reference divider of 2 whereas Figure 2 shows the spurious content difference in a 5...

Page 5: ...es between the QM2010 6000 high precision TXCO internal reference and an ultra high precision OCXO external reference Phase noise performance with different reference divider settings is also shown Ta...

Page 6: ...ency Figures 6 13 show the representative spectral plots at several frequencies Power Calibration The QM2010 series of USB Stick Synthesizers feature output power control tunable to within 1 dB of a d...

Page 7: ...ls Figure 6 0 5 GHz Output DC 10 GHz VBW RBW 100 kHz Figure 7 0 5 GHz Output 10 MHz span VBW RBW 3 kHz Figure 8 1 GHz Output DC 10 GHz VBW RBW 100 kHz 7 Revised Dec 23 2015 For price delivery and to p...

Page 8: ...kHz Figure 10 3 GHz Output DC 10 GHz VBW RBW 100 kHz Figure 11 3 GHz Output 10 MHz span VBW RBW 3 kHz Figure 12 6 GHz Output DC 10 GHz VBW RBW 100 kHz 8 Revised Dec 23 2015 For price delivery and to p...

Page 9: ...r Module 25 MHz 6 GHz output Figure 13 6 GHz Output 10 MHz span VBW RBW 3 kHz 9 Revised Dec 23 2015 For price delivery and to place orders please contact Quonset Microwave a subsidiary of Applied Rada...

Page 10: ...ensions 4 1 x 0 9 x 0 645 Weight 0 2 lbs Figure 3 QM2010 6000 Side View Part Number and Device Name Figure 4 QM2010 6000 Side View Status LEDs and External Reference Input Figure 15 shows the status L...

Page 11: ...Products Product Number Description QM2010 4400 137 5 MHz to 4400 MHz USB Synthesizer QM2010 5 10 5 GHz to 10 GHz USB Synthesizer QM2010 6 12 6 GHz to 12 GHz USB Synthesizer QM2010 10 20 10 GHz to 20...

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