Product brochure RTP High-Performance Oscilloscope (Rohde&Schwarz) - 6
| Manufacturer | Rohde&Schwarz |
| Description | RTP High-Performance Oscilloscope |
| Pages / Page | 34 / 6 — Flat frequency response and high SFDR for. precise and fast measurements. … |
| Revision | 01.02 |
| File Format / Size | PDF / 23.7 Mb |
| Document Language | English |
Flat frequency response and high SFDR for. precise and fast measurements. Flat frequency response of the R&S®RTP084
Text Version of Document
Flat frequency response and high SFDR for
Realtime signal
precise and fast measurements
The input components of the R&S®RTP assure high mea- surement fidelity without time-consuming correction dur- integrity ing postprocessing. Users benefit from reliable results with the industry-leading acquisition rate of approx. 1 million waveforms/s. High-performance The R&S®RTP is ideal for precise measurements on high- speed signals and wideband RF applications due to its flat frontend frequency response, high effective number of bits (ENOB, > 6.5) and large spurious free dynamic range (SFDR, > 45 dBc).
Flat frequency response of the R&S®RTP084 High input sensitivity of 1 mV/div for small signals
The instrument supports measurement of small signals 0 –2 thanks to its high vertical input sensitivity down to dB –4 1 mV/div without limitations on the maximum measure- –6 ment bandwidth. –8 –10 –12 In combination with the sophisticated shielding design, a –14 channel-to-channel isolation of > 50 dB maintains the high –16 –18 measurement accuracy for multichannel measurements as –20 well. 0 1 2 3 4 6 5 7 8 9 Input frequency in GHz
High temperature stability for consistent results
The design of the R&S®RTP frontend is optimized for al- most zero DC drift and high temperature stability. Measure without the interruption of updating calibration steps dur- ing the day. The tight temperature control of the R&S®RTP ensures stable results. And the speed-controlled fan keeps the acoustic noise at a whisper level.
Low intrinsic jitter
The sampling clock for the A/D converters is optimized for low intrinsic jitter. It uses an oven-controlled crystal oscillator (OCXO) as a reference. This ensures long-term jitter stability for acquisitions with deep memory up to 2 Gsample. R&S®RTP frontend board.
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RTP_bro_en_5215-4152_12_v0102.indd 6 07.06.2018 13:43:14
Realtime signal
precise and fast measurements
The input components of the R&S®RTP assure high mea- surement fidelity without time-consuming correction dur- integrity ing postprocessing. Users benefit from reliable results with the industry-leading acquisition rate of approx. 1 million waveforms/s. High-performance The R&S®RTP is ideal for precise measurements on high- speed signals and wideband RF applications due to its flat frontend frequency response, high effective number of bits (ENOB, > 6.5) and large spurious free dynamic range (SFDR, > 45 dBc).
Flat frequency response of the R&S®RTP084 High input sensitivity of 1 mV/div for small signals
The instrument supports measurement of small signals 0 –2 thanks to its high vertical input sensitivity down to dB –4 1 mV/div without limitations on the maximum measure- –6 ment bandwidth. –8 –10 –12 In combination with the sophisticated shielding design, a –14 channel-to-channel isolation of > 50 dB maintains the high –16 –18 measurement accuracy for multichannel measurements as –20 well. 0 1 2 3 4 6 5 7 8 9 Input frequency in GHz
High temperature stability for consistent results
The design of the R&S®RTP frontend is optimized for al- most zero DC drift and high temperature stability. Measure without the interruption of updating calibration steps dur- ing the day. The tight temperature control of the R&S®RTP ensures stable results. And the speed-controlled fan keeps the acoustic noise at a whisper level.
Low intrinsic jitter
The sampling clock for the A/D converters is optimized for low intrinsic jitter. It uses an oven-controlled crystal oscillator (OCXO) as a reference. This ensures long-term jitter stability for acquisitions with deep memory up to 2 Gsample. R&S®RTP frontend board.
6
RTP_bro_en_5215-4152_12_v0102.indd 6 07.06.2018 13:43:14
