Digital stroboscopic receiver TMR 7112, TMR 7120, TMR 7140

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Digital stroboscopic receiver TMR 7112, TMR 7120, TMR 7140

Ultra wideband (UWB) digital sampling oscilloscopes can be used to observe and measure parameters, to store and analyze repetitive signals, as well as to transfer the above signals and results to other external devices via network.

Application

Registration, parameters measurements and analysis of the UWB signals.
Video and radio pulse reflectometry of the UWB devices.
S- parameters measurements of various active and passive UWB devices.
Logic circuits analysis.
Antenna measurements.
Radar cross section (RCS) measurements.

Main features

• DC up to 40 GHz bandwidth.
• Two input channels.
• External and internal triggering.
• Possibility to measure at the zero dead time using oscilloscopes’ internal reference clock.
• Fully automatic calibration.
• Possibility to manage and transfer data via Ethernet network.
• Possibility of external SVGA display and printer connection.

Amplitude channel characteristics

Input channels
Frequancy range -3dB
— TMR7112 0 — 12 GHz
— TMR7120 0 — 20
— TMR7140 0 — 40 GHz
Transfer characteristic length
— TMR7112 29 ps
— TMR7120 17 ps
— TMR7140 8,5 ps
Input impedance 50 Ω
Noise floor(RMS)
— TMR7112 < 1,0 mB
— TMR7120 < 1,4 mB
— TMR7140 < 2,1 mB
Max amplitude of input channels + 1 V
Measurement accuracy of amplitude 5 — 200 mB/div
Scanning beam offset range + 1 V
Amlitude accuracy < 1% from window
Vertical resolution 12 bits

Time channel characteristics

Time window scale numbering 16, 32, 64, 128, 256, 512, 1024, 2048, 4096
Time base range 0,01 — 100 ns/div
Time base accuracy < 1% from window
Short-term instability of scanning < 1,5 ps RMS + 0.001% from time coordinate
Trigger holdoff range in internal synchronisation regime 0,01 — 5100 ns
Initial holdup in internal synchronisation regime 100 ns
Trigger holdoff range in injection synchronisation regime 0,01 — 1000 ns
Initial holdup in injection synchronisation regime 100 ns + 50% from time window
Setup discreteness of coarse delay 20 ns
Setup discreteness of fine delay 100 ps
Memory channels 2

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