Synthesizer Modules SNY-0410-510-010 pages

Wideband Low Noise
Synthesizer Module
4.0 TO 10.0 GHZ
FEATURES

APPLICATIONS

Wide Frequency Coverage
Compact Size
Low Phase Noise & Spurious

Ideal for ATE
Frequency Converters
SatCom
Telecom

DESCRIPTION
The SNY-0410-510-01 is a low noise, wide tuning range synthesizer in a compact chassis suitable for
VXI or PXI applications. Extremely cost effective for the frequency coverage, this unit provides phase
noise and spurious response that is unmatched in wide-band VCO based synthesizers. An optional
feature is for the last frequency set prior to power turn-off being the start-up frequency at power turn-on.

Model #
Units

Parameters
General
Nominal Frequency Range
Tuning Step Size
Power Level
Power Variation (Freq & Temp.)
Harmonic Level
Spurious Level (> 100 kHz from Carrier)
Switching Speed
Output Impedance

Phase Noise

SNY-0410-510-01
Specification Limit

GHz
kHz
dBm, min.
dB, max
dBc, typ
dBc, max
mSec, typ.
Ohms

4.0 to 10.0
250
14
+/-2
-12
-70
50
50

Offset Freq.

Typical

Maximum

SSB Phase Noise
100 Hz*
1 kHz*
10 kHz
100 kHz
1 MHz

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

-70
-80
-94
-120
-143

-65
-75
-88
-116
-139

Frequency Reference
External
PowerLevel
Input Impedance

MHz
dBm
Ohms

10
0 + 3 dB
50

Serial

TTL

Serial TTL/CMOS
16 bit Binary Channel, 3 wire
(Preceeded by ASCII "C")
High=Lock

Amps, typ.
Amps, typ.

0.8
0.20

Degrees C
% RH, max
Feet ASL
Oz., typ
Inches

0 TO +60
95
10,000
12
2.56 x 4.00 x 0.80

Digital Interface
Tuning Format
Serial Bits
Phase Lock Indicator

DC Power
Volts = +15.00
Volts = +5.00

Packaging & Environmental
Operational CaseTemperature
Humidity
Altitude
Weight
Size (See attached envelope drawing)

* Phase Noise at 100 Hz and 1 kHz is dependent on the performance of the 10 MHz reference signal.
_____________________________________________________________________________
1269 Corporate Center Parkway, Santa Rosa, CA 95407.
Contact Information: Direct Phone: 925-328-4650, Fax: 925-328-4700
www.gigatronics.com inquiries@gigatronics.com
Form D12FJ1