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VCO oscillators, SAW oscillators, other oscillators...
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Silicon oscillator - max. 1000 mA | MO series
Features
Low Cost
Small Size
Low Power Consumption
High-Volume...
Low Cost
Small Size
Low Power Consumption
High-Volume...
Silicon oscillator - max. 1000 mA | MO series
Features
Low Cost
Small Size
Low Power Consumption
High-Volume Design
Pulsed DC Input Voltage Available]
Applications
Speed Radar
Intrusion Alarm Systems
Braking Systems
Industrial Measurement
Level Sensing
Low Cost
Small Size
Low Power Consumption
High-Volume Design
Pulsed DC Input Voltage Available]
Applications
Speed Radar
Intrusion Alarm Systems
Braking Systems
Industrial Measurement
Level Sensing
VCO oscillator / voltage-controlled - 4 - 43.2 GHz | HMC-C0xx series
Features
Wide Tuning Bandwidth
High Output Power: +20 dBm
Low SSB...
Wide Tuning Bandwidth
High Output Power: +20 dBm
Low SSB...
VCO oscillator / voltage-controlled - 4 - 43.2 GHz | HMC-C0xx series
Features
Wide Tuning Bandwidth
High Output Power: +20 dBm
Low SSB Phase Noise:
-95 dBc/Hz @100 kHz
No External Resonator Needed
Single Positive Supply:
+8 to +15V @ 185 mA
Hermeticaly Sealed Module
Field Replaceable SMA Connectors
-40C to +85C Operating
Temperature
Wide Tuning Bandwidth
High Output Power: +20 dBm
Low SSB Phase Noise:
-95 dBc/Hz @100 kHz
No External Resonator Needed
Single Positive Supply:
+8 to +15V @ 185 mA
Hermeticaly Sealed Module
Field Replaceable SMA Connectors
-40C to +85C Operating
Temperature
PLL oscillator / VCO / phase-locked loop / VCO - max. 2830 MHz | HMC8 series
Features
RF Bandwidth: 665-825,
1330-1650, 2660-3300 MHz
Fractional or Integer Modes
...
RF Bandwidth: 665-825,
1330-1650, 2660-3300 MHz
Fractional or Integer Modes
...
PLL oscillator / VCO / phase-locked loop / VCO - max. 2830 MHz | HMC8 series
Features
RF Bandwidth: 665-825,
1330-1650, 2660-3300 MHz
Fractional or Integer Modes
...
RF Bandwidth: 665-825,
1330-1650, 2660-3300 MHz
Fractional or Integer Modes
...
VCO oscillator / PLL / phase-locked loop / VCO - max. 8400 MHz | HMC8 series
Features
RF Bandwidth:
45 - 1050, 1400 - 2100,...
RF Bandwidth:
45 - 1050, 1400 - 2100,...
VCO oscillator / PLL / phase-locked loop / VCO - max. 8400 MHz | HMC8 series
Features
RF Bandwidth:
45 - 1050, 1400 - 2100,
2800 - 4200 MHz
Maximum Phase Detector
Rate 100 MHz
Ultra Low Phase Noise:
-110 dBc/Hz in Band Typ.
Figure of Merit (FOM) -227 dBc/Hz
RF Bandwidth:
45 - 1050, 1400 - 2100,
2800 - 4200 MHz
Maximum Phase Detector
Rate 100 MHz
Ultra Low Phase Noise:
-110 dBc/Hz in Band Typ.
Figure of Merit (FOM) -227 dBc/Hz
VCO oscillator / PLL / phase-locked loop / VCO - 14.7 - 15.4 GHz | HMC535LP4
Features
Pout: +9 dBm
Phase Noise:...
Pout: +9 dBm
Phase Noise:...
VCO oscillator / PLL / phase-locked loop / VCO - 14.7 - 15.4 GHz | HMC535LP4
Features
Pout: +9 dBm
Phase Noise:...
Pout: +9 dBm
Phase Noise:...
VCO oscillator / voltage-controlled - max. 15 GHz | HMC series
Features
Pout: +11 dBm
Phase Noise:...
Pout: +11 dBm
Phase Noise:...
VCO oscillator / voltage-controlled - max. 15 GHz | HMC series
Features
Pout: +11 dBm
Phase Noise:...
Pout: +11 dBm
Phase Noise:...
VCO oscillator / VCO / PXI - 3 - 9 GHz | PXI-1450B
The PXI-1450B Local Oscillator Module is a
PXI 3U, 2-slot synthesizer module intended for
frequency down conversion applications. The
PXI-1450B...
PXI 3U, 2-slot synthesizer module intended for
frequency down conversion applications. The
PXI-1450B...
VCO oscillator / VCO / PXI - 3 - 9 GHz | PXI-1450B
The PXI-1450B Local Oscillator Module is a
PXI 3U, 2-slot synthesizer module intended for
frequency down conversion applications. The
PXI-1450B...
PXI 3U, 2-slot synthesizer module intended for
frequency down conversion applications. The
PXI-1450B...
Voltage-controlled oscillator / VCO - 3 - 6 GHz | VTO-4500-67
The VTO-4500-67 is a low-noise, wideband source
for applications in military systems and wireless highspeed
communications...
for applications in military systems and wireless highspeed
communications...
Voltage-controlled oscillator / VCO - 3 - 6 GHz | VTO-4500-67
The VTO-4500-67 is a low-noise, wideband source
for applications in military systems and wireless highspeed
communications systems. This low-noise source
uses a high-performance, low-noise silicon bi-polar
junction transistor (Si BJT) in conjunction with a hyperabrupt
varactor diode to provide tuning capability. A GaAs MMIC buffer
amplifier is used to provide the necessary power output and load isolation.
for applications in military systems and wireless highspeed
communications systems. This low-noise source
uses a high-performance, low-noise silicon bi-polar
junction transistor (Si BJT) in conjunction with a hyperabrupt
varactor diode to provide tuning capability. A GaAs MMIC buffer
amplifier is used to provide the necessary power output and load isolation.
VCO oscillator / voltage-controlled - 8 - 12.5 GHz | VTO-10250-44
Phase Matrixs VTO-10250-44 is a low-noise fundamental
voltage-controlled source which covers 8 to 12.5 GHz and
can before used as a clock for high-speed...
voltage-controlled source which covers 8 to 12.5 GHz and
can before used as a clock for high-speed...
VCO oscillator / voltage-controlled - 8 - 12.5 GHz | VTO-10250-44
Phase Matrixs VTO-10250-44 is a low-noise fundamental
voltage-controlled source which covers 8 to 12.5 GHz and
can before used as a clock for high-speed systems or as
a local oscillator or transmitter oscillator for high-frequency
communications and radar systems. This low-noise source
uses a high-performance, low-noise silicon bi-polar junction
transistor (Si BJT) in conjunction with a hyper-abrupt
varactor diode to tune over the full X-band frequency range.
A GaAs MMIC buffer amplifier is used to provide the necessary
power output and load isolation of the oscillators.
voltage-controlled source which covers 8 to 12.5 GHz and
can before used as a clock for high-speed systems or as
a local oscillator or transmitter oscillator for high-frequency
communications and radar systems. This low-noise source
uses a high-performance, low-noise silicon bi-polar junction
transistor (Si BJT) in conjunction with a hyper-abrupt
varactor diode to tune over the full X-band frequency range.
A GaAs MMIC buffer amplifier is used to provide the necessary
power output and load isolation of the oscillators.
VCO oscillator / voltage-controlled - 10 - 20 GHz | VTO-15000-67L
Phase Matrixs VTO-15000-67L is a low-noise fundamental
voltage-controlled source, which covers 10 to 20
GHz and can be used...
voltage-controlled source, which covers 10 to 20
GHz and can be used...
VCO oscillator / voltage-controlled - 10 - 20 GHz | VTO-15000-67L
Phase Matrixs VTO-15000-67L is a low-noise fundamental
voltage-controlled source, which covers 10 to 20
GHz and can be used as a clock in high-speed systems
or as a local oscillator or transmitter oscillator in highfrequency
communications and radar systems or in
wideband instrumentation applications. This low-noise
source tunes over an octave from 10 to 20 GHz of frequency
range. A GaAs MMIC buffer amplifier is used to provide the
necessary power output and load isolation of the oscillator.
voltage-controlled source, which covers 10 to 20
GHz and can be used as a clock in high-speed systems
or as a local oscillator or transmitter oscillator in highfrequency
communications and radar systems or in
wideband instrumentation applications. This low-noise
source tunes over an octave from 10 to 20 GHz of frequency
range. A GaAs MMIC buffer amplifier is used to provide the
necessary power output and load isolation of the oscillator.
VCO oscillator / voltage-controlled - 4.2 - 4.4 GHz | VTO-4300-05T
The VTO-4300-05T provides a
fundamental, low jitter source
for applications in
telecommunications, military
and industrial...
fundamental, low jitter source
for applications in
telecommunications, military
and industrial...
VCO oscillator / voltage-controlled - 4.2 - 4.4 GHz | VTO-4300-05T
The VTO-4300-05T provides a
fundamental, low jitter source
for applications in
telecommunications, military
and industrial microwave
systems and sub-systems
requiring low noise and narrow
band performance. The
oscillator uses a high
performance low noise Silicon
Bipolar transistor in conjunction
with a linear tuning silicon
varactor diode to provide the
necessary tuning capability. A
GaAs FET buffer amplifier is
used to achieve necessary
power output and load isolation.
fundamental, low jitter source
for applications in
telecommunications, military
and industrial microwave
systems and sub-systems
requiring low noise and narrow
band performance. The
oscillator uses a high
performance low noise Silicon
Bipolar transistor in conjunction
with a linear tuning silicon
varactor diode to provide the
necessary tuning capability. A
GaAs FET buffer amplifier is
used to achieve necessary
power output and load isolation.