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VTO-9068

型号:

VTO-9068

描述:

超突变变容管调谐振荡器[ Hyperabrupt Varactor-Tuned Oscillators ]

品牌:

AGILENT[ AGILENT TECHNOLOGIES, LTD. ]

页数:

6 页

PDF大小:

71 K

Hyperabrupt Varactor-Tuned  
Oscillators  
Technical Data  
VTO-9000 Series  
Pin Configuration  
Features  
This provides extremely fast  
• 25 MHz to 2.3 GHz Coverage tuning speed limited primarily by  
TO-8V  
GROUND  
the internal impedance of the  
user-supplied voltage driver.  
• Fast Tuning  
3
1
+V  
TUNE  
• Fast Setting Time  
RF OUT  
2
4
• +20 VDC Max Tuning  
Voltage  
This family of oscillators is  
similar to the standard commer-  
cial VTO-8000 Series except for  
the incorporation of a silicon  
hyperabrupt varactor tuning  
diode. This enables the oscillator  
to be tuned over the specified  
range in less than 20 volts rather  
than 40 to 50 volts in conven-  
tional oscillators.  
• 10 mW Output Power  
+DC  
VOLTAGE  
CASE GROUND  
± 2.0 dB Output Flatness  
• Hermetic Thin-film  
Construction  
lightweight commercial and  
military equipment designs.  
Test fixturing is also available for  
lab bench test applications. See  
the “Test Fixtures for TO-8  
Packages” section for additional  
information and outlines.  
Description  
HPVTO-9000HyperabruptSeries  
oscillators use a silicon transistor  
chip as a negative resistance  
oscillator. The oscillation fre-  
quency is determined by a silicon  
hyperabrupt varactor diode acting  
as a voltage-variable capacitor in a  
thin-film microstripline resonator.  
The VTO-9000 Series VTOs are  
packaged in TO-8 transistor cans  
for simple installation in a  
conventional 50-ohm  
microstripline PC board. They  
are ideal for most compact  
Applications  
The VTO-9000 Series oscillators  
may be used in the same applica-  
tions as VTO-8000 Series oscilla-  
tors. The VTO-9000 Series is the  
desired choice for superior  
linearity and modulation sensitiv-  
ity requirements.  
Schematic  
+15 V  
Output Matching  
RF Output  
Series Feedback  
Varactor  
V Tune  
Tuning  
Port  
Resonator  
Capacitor  
9-30  
5964-9814E  
Electrical and Performance Specifications  
Guaranteed Specifications @ 25°C Case Temperature (0° to +65°C Operating Temperature)  
Model No.  
VTO–9032  
VTO–9050  
VTO–9068  
VTO–9090  
Frequency Range, Min.  
320–640MHz  
10mW/+10dBm  
± 2dB  
0°to+65°C  
12MHz  
500–1000MHz  
10mW/+10dBm  
± 2dB  
0°to+65°C  
20MHz  
680–1360MHz,  
10mW/+10dBm 10mW/+10dBm  
900–1600MHz  
Power Output Into 50–ohm Load, Min .  
Power Output Variation @ 25°C, Max.  
Operating Carrier Temperature Range  
Frequency Drift Over Operating Temperature, Typ.  
Pulling Figure (12 dB Return Loss), Typ.  
PushingFigure, +15VDCSupply, Typ.  
Harmonics, Below Carrier, Typ.  
Spurious Output Below Carrier, Min.  
Tuning Voltage  
± 2dB  
0°to+65°C  
20MHz  
25MHz  
6MHz/V  
–14dB  
± 2dB  
0°to+65°C  
20MHz  
25MHz  
6MHz/V  
–14dB  
20MHz  
5MHz/V  
–14dB  
–60dB  
20MHz  
5MHz/V  
–10dB  
–60dB  
–60dB  
–60dB  
Low Frequency, Min.  
High Frequency, Max  
Maximum Tuning Voltage  
Tuning Port Capacitance, Nom.  
Phase Noise, Single Sideband,  
1 Hz Bandwidth, Typ.  
0 VDC  
20VDC  
+20VDC  
200pF  
0 VDC  
20VDC  
+20VDC  
200pF  
0 VDC  
20VDC  
+20VDC  
190pF  
2 VDC  
18VDC  
+20VDC  
190pF  
50 kHz From Carrier  
100 kHz From Carrier  
–95dBc/Hz  
–103dBc/Hz  
–100dBc/Hz  
–108dBc/Hz  
–95dBc/Hz  
–103dBc/Hz  
–100dBc/Hz  
–108dBc/Hz  
InputPower,± 1%Regulaltion  
Voltage, Nom.  
+15VDC  
50mA  
+15VDC  
50mA  
+15VDC  
50mA  
+15VDC  
50mA  
Current, Max.  
Case Style  
TO–8V  
TO–8V  
TO–8V  
TO–8V  
Electrical and Performance Specifications  
Guaranteed Specifications @ 25°C Case Temperature (0° to +65°C Operating Temperature)  
Model No.  
VTO–9120  
VTO–9130  
Frequency Range, Min.  
1200–2000MHz  
10mW/+10dBm  
± 2dB  
0°to+65°C  
25MHz  
1300–2300MHz  
10mW/+10dBm  
± 1.5dB  
0°to+65°C  
25MHz  
Power Output Into 50–ohm load, Min.  
Power Output Variation @ 25°C, Max.  
Operating Case Temperature Range  
Frequency Drift Over Operating Temperature, Typ.  
Pulling Figure (12 dB Return Loss), Typ.  
PushingFigure, +15VDCSupply, Typ.  
Harmonics, Below Carrier, Typ.  
Spurious Output Below Carrier, Min.  
Tuning Voltage  
25MHz  
10MHz/V  
–14dB  
50MHz  
10MHz/V  
–15dB  
–60dB  
–60dB  
Low Frequency  
High Frequency  
Maximum Tuning Voltage  
Tuning Port Capacitance, Nom.  
Phase Noise, Single Sideband,  
1 Hz, Bandwidth, Typ.  
3± 1VDC  
12± 2VDC  
+20VDC  
100pF  
2 VDC Min.  
20 VDC Max.  
+20VDC  
100pF  
50 kHz From Carrier  
–97dBc/Hz  
–97dBc/Hz  
100 kHz From Carrier  
–105dBc/Hz  
–105dBc/Hz  
InputPower,± 1%Regulation  
Voltage,Nom.  
+15VDC  
50mA  
+15VDC  
50mA  
Current, Max.  
Case Style  
TO–8V  
TO–8V  
9-31  
Typical Performance @ 25ºC Case Temperature  
–40  
–60  
17  
15  
13  
–80  
POWER OUTPUT  
11  
–100  
–120  
–140  
–160  
100  
1000  
TUNING CURVE  
500  
1K  
10K  
100K  
1M  
10M  
MODULATION  
SENSITIVITY  
FOURIER FREQUENCY, Hz  
Figure 2. VTO-9032 Normalized Phase Noise  
@ 640 MHz S.S.B. Power Spectral Density.  
0
0
25  
0
5
10  
15  
20  
TUNING VOLTAGE, VDC  
Figure 1. VTO-9032 Power Output, Frequency  
and Modulation Sensitivity vs. Tuning Voltage  
16  
14  
–40  
–60  
12  
POWER OUTPUT  
TUNING CURVE  
–80  
10  
–100  
–120  
–140  
–160  
1500  
100  
1000  
500  
0
MODULATION  
SENSITIVITY  
1K  
10K  
100K  
1M  
10M  
FOURIER FREQUENCY, Hz  
Figure 4. VTO-9050 Normalized Phase Noise  
@ 1000 MHz S.S.B. Power Spectral Density.  
0
10 12 14 16 18 20  
0
2
4
6
8
TUNING VOLTAGE, VDC  
Figure 3. VTO-9050 Power Output, Frequency  
and Modulation Sensitivity vs. Tuning Voltage.  
–40  
11  
10  
–60  
–80  
9
8
7
POWER OUTPUT  
TUNING CURVE  
–100  
–120  
–140  
–160  
1374  
1178  
100  
80  
962  
786  
590  
60  
1K  
10K  
100K  
1M  
10M  
MODULATION  
SENSITIVITY  
40  
FOURIER FREQUENCY, Hz  
20  
Figure 6. VTO-9068 Normalized Phase Noise  
@ 1360 MHz S.S.B. Power Spectral Density.  
0
2
4
6
8
10 12 14 16 18 20 22  
TUNING VOLTAGE, VDC  
Figure 5. VTO-9068 Power Output, Frequency and  
Modulation Sensitivity vs. Tuning Voltage.  
9-32  
Typical Performance @ 25ºC Case Temperature (continued)  
–20  
17  
16  
15  
14  
13  
12  
11  
–40  
–60  
POWER OUTPUT  
TUNING CURVE  
–80  
–100  
250  
200  
150  
100  
50  
1670  
–120  
–140  
–160  
1435  
1206  
974  
1K  
10K  
100K  
1M  
10M  
MODULATION  
SENSITIVITY  
FOURIER FREQUENCY, Hz  
742  
0
Figure 8. VTO-9090 Noise @ 1000 MHz  
Single Sideband Phase Noise.  
0
0
2
4
6
8
10 12 14 16 18 20 22  
TUNING VOLTAGE, VDC  
Figure 7. VTO-9090 Power Output, Frequency  
and Modulation Sensitivity vs. Tuning Voltage.  
16  
14  
–40  
–60  
12  
POWER OUTPUT  
TUNING CURVE  
–80  
10  
–100  
–120  
–140  
–160  
2500  
100  
2000  
1500  
1000  
1K  
10K  
100K  
1M  
10M  
MODULATION  
SENSITIVITY  
FOURIER FREQUENCY, Hz  
Figure 10. VTO-9120 Normalized Phase Noise  
@ 2000 MHz S.S.B. Power Spectral Density.  
0
20  
0
5
10  
15  
TUNING VOLTAGE, VDC  
Figure 9. VTO-9120 Power Output, Frequency  
and Modulation Sensitivity vs. Tuning Voltage.  
–40  
16  
14  
–60  
–80  
12  
10  
3000  
POWER OUTPUT  
TUNING CURVE  
–100  
–120  
–140  
–160  
200  
100  
0
MODULATION  
SENSITIVITY  
2500  
2000  
1K  
10K  
100K  
1M  
10M  
FOURIER FREQUENCY, Hz  
1500  
1000  
Figure 12. VTO-9130 Normalized Phase Noise  
@ 2300 MHz S.S.B. Power Spectral Density.  
0
5
10  
15  
20  
TUNING VOLTAGE, VDC  
Figure 11. VTO-9130 Power Output, Frequency  
and Modulation Sensitivity vs. Tuning Voltage.  
9-33  
TO-8V Case Drawing  
.300  
TYP  
.20  
.150  
TYP  
GROUND  
.017 +.002  
–.001  
RF OUT  
3
GLASS RING  
.060 DIA TYP  
(3X)  
2
.300  
TYP  
.50  
DIA  
.45  
DIA  
4
.150  
TYP  
1
CASE  
GROUND  
V
TUNE  
0.22  
MIN  
+
V
APPROXIMATE WEIGHT 1.7 GRAMS  
NOTES (UNLESS OTHERWISE SPECIFIED):  
1. DIMENSIONS ARE SPECIFIED IN INCHES  
2. TOLERANCES:  
xx ± .02  
xxx ± .010  
Description  
clamp is placed over the device  
under test and secured by ma-  
chine screws prior to testing.  
Orientation of pins can be verified  
by comparison with part (c) of  
Figure 13. It is recommended that  
both machine screws be used to  
fasten the ring clamp. Screws  
should be tightened down snugly  
with a jewelers type screwdriver.  
Test Fixtures for  
TO-8 Packages  
(TF 801/802)  
To facilitate testing and  
prototyping of products in the  
TO-8V package, a series of test  
fixtures is available. Designated  
the HP TF Series test fixtures,  
they feature rugged construction  
for precise, repeatable  
Oscillators (VTO)  
Features  
• DC to 11 GHz Frequency  
Range  
measurements.  
• Connectorized Tuning Port  
and RF Output  
The TF Series test fixtures come  
supplied with mounting hardware  
to ensure excellent ground  
contact between the oscillator  
package and test fixture. This  
For different connector options  
check the table in Figure 13 to  
identify the correct part numbers.  
• Easy to Test Package  
• Repeatable Performance  
assures excellent contact between It should be noted that some  
package pins and test fixture output power variation may be  
connector pins for reliable testing. seen, from unit data, at frequen-  
cies above 8 GHz. This is  
Applications  
• Engineering  
Characterization  
• Incoming Inspection  
• System Prototype  
The device under test is aligned  
according to Figure 13, and  
pushed fully down onto the  
fixture. The steel mounting ring  
due to small differences in lengths  
of test fixture RF output  
connector pins.  
• Demonstration of Device  
Performance  
9-34  
TUNING VOLTAGE  
CONNECTOR  
TUNING VOLTAGE  
.53  
.35  
POWER INPUT  
CONNECTOR  
+ TUNING  
VOLTAGE  
PIN  
VTO IN  
PLACE  
DCPIN  
VDC  
.83  
.35  
.45  
GROUND  
.20  
GROUND  
TAB ON PACKAGE  
GROUND  
.35  
RFOUT  
.55  
.65  
RFOUT  
(c)  
.15  
.70  
(a)  
(b)  
+ TUNING  
VOLTAGE  
.300  
TYP  
.150  
TYP  
GROUND  
CONNECTOR OPTIONS  
CASE  
GROUND  
3
4
2
.45  
RF  
OUTPUT  
TUNING  
VOLTAGE  
1
SERIES  
TF-801  
TF-802  
RFOUT  
SMA  
SMA  
SMA  
.150  
TYP  
+DC VOLTAGE  
TYPE N  
(Bottom View)  
Figure 13. TO-8 Test Fixture.  
9-35  
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