APPH50/64G Phase Noise Analyzer and VCO Tester-Input up to 64GHz
Classification:
Phase noise analyzer
APPH50G and APPH64G are the new high-performance phase noise analyzers and VCO testers in the APPH series. The frequency range of their two different models covers from 5MHz to 50 or 64GHz respectively. It has a noise floor as low as -190dBc/Hz and provides a range of analysis and measurement functions essential for phase noise analyzers to evaluate signal sources (crystal oscillators, VCOs, transmitters, phase-locked loops, frequency synthesizers, etc., ranging from VHF to microwave frequencies), as well as active and passive non-self-vibrating devices, such as amplifiers or frequency dividers. These features include phase noise and additive phase noise, amplitude noise, impulse, jitter and Allen deviation, transient analysis, VCO characterization and spectrum monitoring. The APPH series comes standard with an FPGA cross-correlation operational spectrum engine for mixed-signal system architectures that enable very high-speed signal processing and very low phase noise test sensitivity. The APPH series also has a built-in programmable power supply and low-noise tuning voltage, making the device extremely flexible and easy to use.
Keywords: Isolator
- Technical parameters
- Structural outline drawing
- Ordering Guide
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Product model:
Host model Frequency Input Range (Internal Reference) Frequency input range (external reference) APPH50G 5MHz ~ 50GHz 5MHz ~ 22GHz APPH64G 5MHz ~ 64GHz 5MHz ~ 22GHz Key features:
● The APPH50G and APPH64G is an all-in-one compact phase noise measurement system with rich features for measurements as low as -190 dBc/Hz over an offset range of 0.01Hz to 100 MHz.
● By providing internal and external reference options, you can increase the flexibility and dynamic range of the system. The internal reference can provide extremely fast measurement setup and high-speed measurement, while the external reference can improve the noise floor performance of the system.
● Programmable low-noise power supply and bias tuning voltage ports can be used to power the DUT without the use of an external power supply.
● Very easy to use, the GUI software on the PC can directly operate the device through the LAN, USB or GPIB interface
● Signal input range: 5MHz to 50GHz/64GHz
● Very low instrument noise floor (<-190dBc/Hz)
Offset range: 0.01Hz to 100MHz
● Standard cross-correlation test function
● Extremely fast phase noise measurement time: less than 0.004 seconds per cross-correlation at 10kHz to 100MHz frequency offset
● Flexible internal and external reference
● Three tunable voltage sources (-5~22V)
● Built-in 2 DC voltage sources (0~15V, each 600mA)
● 10MHz external reference input
● External trigger input
Compact, light and easy to carry: 10kg
Main measurement functions:
phase noise measurement
● Phase noise, residual phase noise, additional phase noise
● Continuous wave, pulsed (as low as 50ns pulse width), burst test mode
● High drift or slow modulation
● Internal or external reference test
amplitude noise measurement
● Phase noise
● Continuous wave and pulse test modes
● High drift or slow modulation
transient measurement
● Frequency versus time (frequency hopping)
● Phase versus time
● Amplitude versus time
Short-and long-term frequency stability/Allen variance measurement
● 1s to 10 days
Voltage Controlled Oscillator (VCO) Characteristic Measurement
● Tuning, tuning sensitivity, push, power, current, harmonics and phase noise
Baseband noise analysis (1Hz ~ 100MHz)
Spectrum Analyzer (5MHz ~ 64GHz)
Main technical indicators:
Frequency range 1MHz to 50GHz or 64GHz Offset range 0.01Hz to 100MHz Input power range -20dBm to 20dBm SSB phase noise sensitivity After 1 cross-correlation 100MHz@100kHz -178dBc/Hz 1GHz@100kHz -170dBc/Hz 10GHz@100kHz -155dBc/Hz Instrument background noise (@100MHz) -190dBc/Hz@10kHz Phase noise test speed <0.004 sec/cross-correlation (offset range: 10kHz to 100MHz) Measurement function Phase noise (including additive, CW, pulse or burst mode);
Amplitude noise (CW and pulse);
Baseband noise;
Frequency/power/phase transients;
VCO test;
Allen deviation (time stability);
Jitter;
Frequency counter;
spectrum analysis
Dimensions (W x L x H), weight
467.5 x 342 x 154 mm [18.4 x 13.5 x 6.1 in], 10 kg
Main ordering information:
LordMachineTypeNo. Descriptionstated
APPH50G 5MHz ~ 50GHz Signal Source Analyzer/Phase Noise Analyzer Host
APPH64G 5MHz ~ 64GHz Signal Source Analyzer/Phase Noise Analyzer Host
SelectPiece Option LN
Very Low Noise Internal Reference Source (HW)
Option PULSE
Pulse Signal Phase Noise Measurement (SW)
Option NPS
Very narrow pulse signal measurement (pulse width as low as 50ns)(SW)
Option BURST
Burst Mode Signal Phase Noise Measurement (SW)
Option AM
Amplitude Noise Measurement (SW)
Option APN
Additional phase noise measurement (SW)
Option TRAN
Transient Signal Analysis (SW)
Option TSTAB
Time stability analysis (SW)
Option LO
Residual phase noise (HW) measurement via internal reference
Option VCO
VCO characterization (SW)
Option SPEC
Spectrum Analyzer (SW)
Option GPIB
GPIB Interface
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Phase Noise Sensitivity: Standard and Low Noise (Option LN) Internal Reference (1 cross-correlation)

Phase Noise Sensitivity: Standard and Low Noise (Option LN) Internal Reference (100 cross-correlations)

Instrument GUI interface
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Main ordering information:
LordMachineTypeNo. Descriptionstated
APPH50G 5MHz ~ 50GHz Signal Source Analyzer/Phase Noise Analyzer Host
APPH64G 5MHz ~ 64GHz Signal Source Analyzer/Phase Noise Analyzer Host
SelectPiece Option LN
Very Low Noise Internal Reference Source (HW)
Option PULSE
Pulse Signal Phase Noise Measurement (SW)
Option NPS
Very narrow pulse signal measurement (pulse width as low as 50ns)(SW)
Option BURST
Burst Mode Signal Phase Noise Measurement (SW)
Option AM
Amplitude Noise Measurement (SW)
Option APN
Additional phase noise measurement (SW)
Option TRAN
Transient Signal Analysis (SW)
Option TSTAB
Time stability analysis (SW)
Option LO
Residual phase noise (HW) measurement via internal reference
Option VCO
VCO characterization (SW)
Option SPEC
Spectrum Analyzer (SW)
Option GPIB
GPIB Interface
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