|
| |
| Mechanical Tunable
Free Running DRO |
| Frequency
Range in GHz (1) |
3.0
- 8.99 |
9.0
-13.99 |
14.0-16.0 |
16.01-18.0* |
| Mechanical
Tuning Bandwidth (min.) |
+/-
25 MHz |
+/-
25 MHz |
+/-
25 MHz |
+/-
25 MHz |
| Output
Power (over temperature) (min) (2) |
+12
dBm |
+11
dBm |
+10
dBm |
+8
dBm |
| Frequency
Stability (over temp) (max) |
+/-
3 ppm/C |
+/-
5 ppm/C |
+/-
5 ppm/C |
+/-
5 ppm/C |
| Power
variation (over temperature) (max) |
+/-
1.0 dB |
+/-
1.5 dB |
+/-
1.5 dB |
+/-
1.5 dB |
| Power
variation (over tuning range) (max) |
+/-
1.0 dB |
+/-
1.0 dB |
+/-
1.0 dB |
+/-
1.0 dB |
| Pulling
(1.5:1 VSWR) (max) |
+/-
0.5 MHz |
+/-
0.5 MHz |
+/-
0.5 MHz |
+/-
0.5 MHz |
| Pushing
(max) |
20
KHz/V |
20
KHz/V |
20
KHz/V |
20
KHz/V |
| Harmonics
(typ) |
-18
dBc |
-20
dBc |
-25
dBc |
-25
dBc |
| Spurious
(typ) |
-75
dBc |
-75
dBc |
-75
dBc |
-75
dBc |
| Typical
Phase Noise (3) @ 1KHz offset |
-65
dBc/Hz |
-63
dBc/Hz |
-60
dBc/Hz |
-53
dBc/Hz |
|
@ 10KHz offset |
-95
dBc/Hz |
-95
dBc/Hz |
-93
dBc/Hz |
-83
dBc/Hz |
|
@ 100KHz offset |
-123
dBc/Hz |
-121
dBc/Hz |
-120
dBc/Hz |
-113dBc/Hz |
|
@ 1MHz offset |
-140
dBc/Hz |
-140
dBc/Hz |
-135
dBc/Hz |
-130
dBc/Hz |
| Operating
Temperature (base plate) (4) |
-10
to +60 deg C
|
| Power
Supply (5) |
+12
+/- 3% VDC, 90 mA typ
|
| RF
Connector: |
SMA
Female
|
| DC
Connector |
Solder
pin
|
| Size
(6) |
1.00"x1.75"x.63"
(25.4mm x 44.5mm x 16.0mm) |
| Outline: |
DC200104
Rev 1A |
| *
Higher frequency units (17 to 23 GHz) available in DC200102 Rev. 4
housing, consult factory. |
| Notes: |
| (1)
Accuracy +/- 2 MHz max |
(2)
Typical power level at least 1 dB higher than minimum.
Higher power level available |
| (3)
Guaranteed phase noise is 5 dB higher than typical |
| (4)
Wider temperature range available |
| (5)
+12V nominal, other voltages customer to specify |
| (6)
Height dimension of .63" exclude tuning screw height (.25" max),
Height to be .75" under 8 GHz. |
| Unit
performances frequently meet or exceed typical level |
Applications: Small size and cost effective, temperature stable with
excellent phase noise and low microphonics. Frequency is field adjustable
mechanically, ideal for commercial communication: Fiber Optics, up/down
converter or tranceiver LO applications, where low cost, excellent phase noise
and frequency stability are optimized to system performance requirements.
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