Tekbox TBL5008-2B Line Impedance Stabilization Network
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- VNA1 Hz – 6.0 GHz with 0.1 Hz resolution
- CW Signal generator 1 Hz – 6.0 GHz with 0.1 Hz resolution
- Four channel 60 MHz digital oscilloscope with 125 Ms/s and 14 bit resolution.
- 1 Hz – 6 GHz spectrum analyzer, with an unambiguous frequency range of DC – 60 MHz and an active sideband suppression for spurious-free signal measurements up to 6 GHz (under certain conditions).
- Dual channel spectrum analysis with cross correlation
- IQ streaming receiver with file or ethernet streaming capabilities. (GNU radio compatible)
- Power sweep measurements.
- RF Wideband Power/Voltage measurements.
- THD analyzer.
- Phase noise analyzer.
- General noise and bode measurements.
- BODE adds two additional high impedance inputs with 1Mohm // 15 pF for gain /phase measurements and/or as vector voltmeter.
- BODE adds an additional high voltage signal output (+/- 10V high impedance and +/- 5V into 50 Ohms) with a bandwidth of > 200 MHz (at full power)
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Description
The TBVNA-6000 two-port Vector Network Analyzer offers numerous features to allow a detailed analysis of RF devices and components. With a bandwidth ratio of 1 : 6000000000 the instrument covers measurement applications from audio to RF frequencies. Through its fully DC coupled active VSWR bridges, measurements down to 1Hz are possible without sacrificing accuracy. The instrument uses four independent measurement channels simultaneously for accurate and fast two port measurements.
A rich set of software utilities like spectrum analyzer or oscilloscope make this instrument a versatile helper in development or test applications.
Specifications
Specifications
- VNA1 Hz – 6.0 GHz with 0.1 Hz resolution
- CW Signal generator 1 Hz – 6.0 GHz with 0.1 Hz resolution
- Four channel 60 MHz digital oscilloscope with 125 Ms/s and 14 bit resolution.
- 1 Hz – 6 GHz spectrum analyzer, with an unambiguous frequency range of DC – 60 MHz and an active sideband suppression for spurious-free signal measurements up to 6 GHz (under certain conditions).
- Dual channel spectrum analysis with cross correlation
- IQ streaming receiver with file or ethernet streaming capabilities. (GNU radio compatible)
- Power sweep measurements.
- RF Wideband Power/Voltage measurements.
- THD analyzer.
- Phase noise analyzer.
- General noise and bode measurements.
- BODE adds two additional high impedance inputs with 1Mohm // 15 pF for gain /phase measurements and/or as vector voltmeter.
- BODE adds an additional high voltage signal output (+/- 10V high impedance and +/- 5V into 50 Ohms) with a bandwidth of > 200 MHz (at full power)
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The TBVNA-6000 two-port Vector Network Analyzer offers numerous features to allow a detailed analysis of RF devices and components. With a bandwidth ratio of 1 : 6000000000 the instrument covers measurement applications from audio to RF frequencies. Through its fully DC coupled active VSWR bridges, measurements down to 1Hz are possible without sacrificing accuracy. The instrument uses four independent measurement channels simultaneously for accurate and fast two port measurements.
A rich set of software utilities like spectrum analyzer or oscilloscope make this instrument a versatile helper in development or test applications.
Specifications
- VNA1 Hz – 6.0 GHz with 0.1 Hz resolution
- CW Signal generator 1 Hz – 6.0 GHz with 0.1 Hz resolution
- Four channel 60 MHz digital oscilloscope with 125 Ms/s and 14 bit resolution.
- 1 Hz – 6 GHz spectrum analyzer, with an unambiguous frequency range of DC – 60 MHz and an active sideband suppression for spurious-free signal measurements up to 6 GHz (under certain conditions).
- Dual channel spectrum analysis with cross correlation
- IQ streaming receiver with file or ethernet streaming capabilities. (GNU radio compatible)
- Power sweep measurements.
- RF Wideband Power/Voltage measurements.
- THD analyzer.
- Phase noise analyzer.
- General noise and bode measurements.
- BODE adds two additional high impedance inputs with 1Mohm // 15 pF for gain /phase measurements and/or as vector voltmeter.
- BODE adds an additional high voltage signal output (+/- 10V high impedance and +/- 5V into 50 Ohms) with a bandwidth of > 200 MHz (at full power)