On order
- Frequency range: 100 kHz to 22.5 GHz
- Measured parameters: S11, S21, S12, S22
- Impedance: 50 Ohm
- Number of ports: 2
- Dynamic range: 140 dB, typ
- Measurement time per point: 9 μs
- Output power range: -60 dBm to +15 dBm
- Built-in pulse modulators
- One internal signal generator
- Expansion of the device's functionality is available by ordering the PLS, TD, MXR, AFR, NF software options
Description
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- Frequency range: 9 kHz to 4.5 GHz
- Measured parameters: S11, S21, S12, S22
- Impedance: 50 Ohm
- Number of ports: 2
- Dynamic range: 135 dB , typ
- Measurement time per point: 24 μs
- Output power range: -55 to +5 dBm
Key Features:
- Built-in pulse modulators
- Expansion of the device's functionality is available by ordering the PLS, AFR software options
Certificate of the Russian Federation on approval of the type of measuring instruments No. 1231
Warranty: 1 year
Description
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- Frequency Range: 100 kHz to 9 GHz
- Measured Parameters: S11, S21, S12, S22
- Impedance: 50 Ω
- Number of Ports: 2
- Dynamic Range, minimum: 160 dB
- Measurement time per point: 10 µs
- Output Power Range: -60…+15 dB/mW
- The functionality of the device can be expanded by ordering additional options
- Possibility of mounting in a 19'' rack
Warranty: 3 years
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ACM2509-011 is a two-port automatic calibration module with an operating frequency range from 20 kHz to 9 GHz and a wave impedance of 50 Ohm, designed to perform calibration of vector network analyzers (VNA) in the automatic mode.
Connector type N, female - N, female
Connector type N, female - N, female
Description
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ACM2509-012 is a two-port automatic calibration module with an operating frequency range from 20 kHz to 9 GHz and a wave impedance of 50 Ohm, designed to perform calibration of vector network analyzers (VNA) in the automatic mode.
Connector type N, male - N, female
Connector type N, male - N, female
Description
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ACM2509-111 is a two-port automatic calibration module with an operating frequency range from 20 kHz to 9 GHz and a wave impedance of 50 Ohm, designed to perform calibration of vector network analyzers (VNA) in the automatic mode.
Connector type 3.5 mm, female - 3.5 mm, female
Connector type 3.5 mm, female - 3.5 mm, female
Description
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ACM2509-112 is a two-port automatic calibration module with an operating frequency range from 20 kHz to 9 GHz and a wave impedance of 50 Ohm, designed to perform calibration of vector network analyzers (VNA) in the automatic mode.
Connector type 3.5 mm, male - 3.5 mm, female
Connector type 3.5 mm, male - 3.5 mm, female
Description
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On order
- Frequency range: 9 kHz to 6.5 GHz
- Measured parameters: S11, S21, S12, S22
- Impedance: 50 Ohm
- Number of ports: 2
- Dynamic range: 135 dB , typ
- Measurement time per point: 24 μs
- Output power range: -55 to +5 dBm
- Built-in pulse modulators
- Expansion of the device's functionality is available by ordering the PLS, AFR software options
Certificate of the Russian Federation on approval of the type of measuring instruments No. 1231
Warranty: 1 year
Description
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- Frequency range: 100 kHz to 22.5 GHz
- Measured parameters: S11, S21, ... S44
- Impedance: 50 Ohm
- Number of ports: 4
- Dynamic range: 140 dB, typ.
- Measurement time per point: 9 μs
- Output power range: -60 dBm to +15 dBm
- Built-in pulse modulators
- Two internal signal generators
- Expansion of the device's functionality is available by ordering the PLS, TD, MXR, AFR, NF software options
Description
On demand
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On order
- Frequency range: from 0.1MHz to 9.0GHz
- Measured parameters: S11…S44
- Impedance: 50 Ω
- Number of ports: 4
- Minimum dynamic range: 160 dB
- Measurement time per point: 10 µs
- Output power range: -60…+15 dB/mW
- The functionality of the device can be expanded by ordering additional options
- Two independent signal sources
- Possibility of mounting in a 19'' rack
Warranty: 3 years
Description
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ACM2520-011 is a two-port automatic calibration module with an operating frequency range from 100 kHz to 18 GHz and a wave impedance of 50 Ohm, designed to perform calibration of vector network analyzers (VNA) in the automatic mode.
Connector type N, female - N, female
Connector type N, female - N, female
Description
On demand
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ACM2520-011 is a two-port automatic calibration module with an operating frequency range from 100 kHz to 18 GHz and a wave impedance of 50 Ohm, designed to perform calibration of vector network analyzers (VNA) in the automatic mode.
Connector type N, male - N, female
Connector type N, male - N, female
Description
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Vector Network Analyzer (VNA), also known as Vector Network Analyzer or Complex Transmission and Reflection Coefficient Meter (VNA), is an effective measuring instrument that ensures high measurement accuracy. Vector network analyzers are designed to evaluate the total resistance or scattering and reflection characteristics of active and passive circuits, such as amplifiers, frequency converters, antenna switches, filters, switching devices, attenuators, and many other components used in various schemes.
Vector network analyzers (VNA) are the most powerful in their group as they measure and display the complete set of amplitude and phase characteristics of the circuit. These parameters include S-parameters, transfer functions, amplitude and phase, standing wave ratio (SWR), inserted attenuation or gain, attenuation, group delay, reflection losses, or reflection coefficient.
The principle of operation of the network analyzer is based on the separate extraction and comparison of signals: the incident signal, passed through the device under test, and the signals reflected from the inputs of this device using directional couplers, forming voltages proportional to these signals, further digital processing, and indication of the measured values.
The device includes one or more synthesized signal probing sources, S-parameter measurement equipment, and adjustable receivers of reflected and transmitted signals through the device under study.
PLANAR offers various network analyzers with different ranges of operating frequencies, functional characteristics, and versatility necessary to solve user measurement tasks.
PLANAR vector network analyzers are available as single-port vector reflectometers as well as two- and four-port ones with a frequency range up to 110 GHz. Due to high hardware and software flexibility, PLANAR network analyzers are ideal for complex testing systems used in industrial production. Analyzers with switches located on the front panel allow configuration for solving specific measurement tasks. Direct access to the generator/receiver opens up wide possibilities for configuring external measuring equipment. For example, to improve the harmonic distortion coefficient, several filters can be connected in series, as well as several amplifiers to increase the output power. Such capabilities are essential in systems for measuring the nonlinear characteristics of amplifiers, electronic switches, and modules for switching the antennas of mobile radio stations.
Using PLANAR vector network analyzers, it is possible to perform:
The network analyzer is a calibrated closed system according to the "impact–response" principle, which is why the measurement of microwave characteristics is carried out with exceptional accuracy. Due to the architecture and algorithm of operation of the vector network analyzer, errors are taken into account in high-precision measurements of the amplitude and phase of signals. The small size of the error may be insignificant against the background of the measurement error of some microwave measuring instruments, however, it is significant for such a precise measuring instrument as a vector network analyzer.
Control of PLANAR vector network analyzers, depending on the configuration, can be carried out using an external personal computer with installed software or directly from the built-in computer with a touch screen and keyboard on the front panel.
A multi-channel adaptive synchronization system ensures the joint operation of PLANAR VNAs with other devices. The possibility of controlling network analyzers via SCPI commands allows integrating devices into automated control and measurement complexes.
Application area includes the production and control of RF and microwave devices and equipment, research, adjustment, and testing of nodes used in radio electronics, communications, instrumentation, and measurement technology.
Vector network analyzers (VNA) are the most powerful in their group as they measure and display the complete set of amplitude and phase characteristics of the circuit. These parameters include S-parameters, transfer functions, amplitude and phase, standing wave ratio (SWR), inserted attenuation or gain, attenuation, group delay, reflection losses, or reflection coefficient.
The principle of operation of the network analyzer is based on the separate extraction and comparison of signals: the incident signal, passed through the device under test, and the signals reflected from the inputs of this device using directional couplers, forming voltages proportional to these signals, further digital processing, and indication of the measured values.
The device includes one or more synthesized signal probing sources, S-parameter measurement equipment, and adjustable receivers of reflected and transmitted signals through the device under study.
PLANAR offers various network analyzers with different ranges of operating frequencies, functional characteristics, and versatility necessary to solve user measurement tasks.
PLANAR vector network analyzers are available as single-port vector reflectometers as well as two- and four-port ones with a frequency range up to 110 GHz. Due to high hardware and software flexibility, PLANAR network analyzers are ideal for complex testing systems used in industrial production. Analyzers with switches located on the front panel allow configuration for solving specific measurement tasks. Direct access to the generator/receiver opens up wide possibilities for configuring external measuring equipment. For example, to improve the harmonic distortion coefficient, several filters can be connected in series, as well as several amplifiers to increase the output power. Such capabilities are essential in systems for measuring the nonlinear characteristics of amplifiers, electronic switches, and modules for switching the antennas of mobile radio stations.
Using PLANAR vector network analyzers, it is possible to perform:
- Analysis and filtering in the time domain
- Measurement of device parameters with frequency conversion
- Balance measurements
- Mathematical embedding and de-embedding of virtual circuits
- Measurement of frequency-converting device parameters with vector calibration
- Measurement of harmonic levels and intermodulation components
- Frequency and/or power scanning of the probing signal
- Vector calibrations for coaxial, waveguide, and microstrip paths
- Calibration using electronic calibrators
- Automation of measurements
The network analyzer is a calibrated closed system according to the "impact–response" principle, which is why the measurement of microwave characteristics is carried out with exceptional accuracy. Due to the architecture and algorithm of operation of the vector network analyzer, errors are taken into account in high-precision measurements of the amplitude and phase of signals. The small size of the error may be insignificant against the background of the measurement error of some microwave measuring instruments, however, it is significant for such a precise measuring instrument as a vector network analyzer.
Control of PLANAR vector network analyzers, depending on the configuration, can be carried out using an external personal computer with installed software or directly from the built-in computer with a touch screen and keyboard on the front panel.
A multi-channel adaptive synchronization system ensures the joint operation of PLANAR VNAs with other devices. The possibility of controlling network analyzers via SCPI commands allows integrating devices into automated control and measurement complexes.
Application area includes the production and control of RF and microwave devices and equipment, research, adjustment, and testing of nodes used in radio electronics, communications, instrumentation, and measurement technology.
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