Comprehensive test and measurement service provider-Shenzhen Weike Electronic Technology Co.
Understanding the 6 Series B
- Performance Specifications
- A New Standard for Ease of Use
- Built-in measurement and analysis
- Handles high-speed clocks and data
- Multi-Channel Spectrum Analysis
- From 3 V power rails to three-phase drives
Ultra low noise. More details.
See never-before-seen signal details.
- Oscilloscope front-end ASIC chip TEK061 realizes ultra-low noise floor.
- 12-bit resolution at 5 GHz, up to 16-bit resolution at 200 MHz
- Noise <55 µV at 1 mV/div and 1 GHz
- Noise <1.25 mV at 50 mV/div and 10 GHz
Simultaneous multi-channel spectrum analysis
Get 4, 6, or 8 channels of spectrum analysis. Hardware digital downconverters (DDCs) in parallel with time-domain signal processing provide powerful functionality.
- Any analog channel can be considered a waveform, a spectrum, or both
- Plotting and triggering on RF frequency or amplitude changes
- Synchronization of spectral and time domain waveforms to correlate with RF and time domain events
- Spectrum control (e.g. center frequency and RBW) is completely independent of time domain control
Simplified advanced analytics
Easily check jitter on GHz clocks and serial buses. Combined measurements allow you to incorporate statistics into your daily toolkit. Advanced and routine measurements can be added using the same simple drag-and-drop operation.
- Automated measurement and trend analysis
- Spectrum View synchronized multi-channel spectrum analysis
- Advanced Jitter Analysis
- Advanced Power Analysis
- Low Noise Ripple Measurement
- Memory analysis and debugging
- High-speed serial coherence
- 5G NR signal analysis
Fidelity from probe end
With 4, 6 or 8 FlexChannel® inputs, you can use the standard 1 GHz probe to probe circuits. Connect a high-performance single-ended active or differential probe, or use the TriMode probe for simultaneous single-ended and differential measurements from a single probe. Connect the TLP058 logic probe on any FlexChannel input and get 8 digital channels to extend the visibility of your system.
- Built-in 1 MΩ to 50 Ω inputs
- 1 GHz low load passive probe attached to each input
- TekVPI probes are connected to a 10W probe power supply per channel for differential signal, current, power rail and optically isolated probes
- TDP7700 Series 4, 6, 8 and 10 GHz TriMode Probes - Ideal for Measuring High-Speed Communications
progress
Add features on-demand and as often as you need them. Share data instantly in an integrated, cloud-based workspace. It's all about getting things done fast.
- Comprehensive analysis options and upgrades
- Application packages offer significant cost savings
- Seamlessly share data with one-click cloud storage
- Analyze waveform data on a PC without an oscilloscope
Specification Overview
input channel
4, 6 or 8 FlexChannel inputs.
Each FlexChannel provides an analog input or connection to the TLP058.1 Probe realizes 8 digital logic inputs
bandwidths1
1, 2.5, 4, 6, 8 or 10 GHz
sampling rate
50 GS/s (2 analog channels)
25 GS/s (4 analog channels)
12.5 GS/s (more than 4 analog channels)
Record length 1
Up to 1 G sample point (4 channels)
Up to 500 M sample points (more than 4 channels)
signal generator1
13 standard waveforms, plus arbitrary waveforms
Digital Voltmeter2
4 bits
Trigger frequency counter 2
8-bit
monitor (computer)
15.6 inches (385 mm)
TFT color HD (1,920 x 1,080) resolution capacitive (multi-touch) touch screen
1 - optional and upgradeable
2 - Free with product registration
2 - Free with product registration
The November 2023 firmware release supports these new features and options
Upgrade on all instruments
- New measurement annotations show reference level, maximum/base level, start/end point, and more.
- A new trace file records commands sent to the programming interface.
Upgrade on the instrument with advanced analysis options
- Instruments with advanced power measurement and analysis (PWR) capabilities add phase response, Tg, and Q(Tg) charts to impedance measurements and support differential probes and phase winding in Bode charts.
- Instruments equipped with the Wide Bandgap Dual Pulse Test (WBG-DPT) feature provide better level determination for switching and timing analysis.
- Instruments with Inverter, Motor and Drive Analysis (IMDA) harmonics add TDD measurements, THD-R and THD-F acquisition trend plots, and support the IEEE519-2022 standard. IMDA-DQ0 gain-equipped instruments fully support resolvers. Instruments equipped with IMDA-MECH get even stronger QEI support.
- Instruments with advanced jitter analysis (DJA) enhance eye diagram mask testing.
- Instruments with NFC wireless protocol decode and search (RFNFC) functionality add support for ISO/IEC 14443B and FeliCa standards.
- Instruments equipped with the I3C decode and trigger (SRI3C) feature gain enhanced search and trigger capabilities.
Upgrades for instruments not running Windows
- e*Scope password authentication.
Updated PC software
- TekScope waveform analysis software now integrates many of the new features and options listed above.
What items are in the box?
- One TPP1000 1 GHz Low Capacitance Passive Probe per channel with accessories
- Front Protective Cover with Matching Kit
- power cable (of an appliance etc)
- Printed installation manual covers safety and basic operation
- Comprehensive built-in online help
- retrospective effect
- 1-year warranty on instrument and supplied probes
| model number | analog bandwidth | sampling rate | Record length | analog channel | Number of digital channels | Function Generator Output | quote |
|---|---|---|---|---|---|---|---|
| MSO66B | 1 GHz - 10 GHz | Up to 50 GS/s | 62.5 M - 1 G | 6 | Up to 48 (optional) | 1 (optional) | - |
| MSO68B | 1 GHz - 10 GHz | Up to 50 GS/s | 62.5 M - 1 G | 8 | Up to 64 (optional) | 1 (optional) | - |
| MSO64B | 1 GHz - 10 GHz | Up to 50 GS/s | 62.5 M - 1 G | 4 | Up to 32 (optional) | 1 (optional) | - |
| MSO64B 6-BW-1000 | 1GHz | 50GS/s | 62.5Mpts (1Gpts optional) | 4 | 32 channels (optional) | 1CH (optional) | Contact Quote |
| MSO64B 6-BW-2500 | 2.5GHz | 50GS/s | 62.5Mpts (1Gpts optional) | 4 | 32 channels (optional) | 1CH (optional) | Contact Quote |
| MSO64B 6-BW-4000 | 4GHz | 50GS/s | 62.5Mpts (1Gpts optional) | 4 | 32 channels (optional) | 1CH (optional) | Contact Quote |
| MSO64B 6-BW-6000 | 6GHz | 50GS/s | 62.5Mpts (1Gpts optional) | 4 | 32 channels (optional) | 1CH (optional) | Contact Quote |
| MSO64B 6-BW-8000 | 8GHz | 50GS/s | 62.5Mpts (1Gpts optional) | 4 | 32 channels (optional) | 1CH (optional) | Contact Quote |
| MSO66B 6-BW-1000 | 1GHz | 50GS/s | 62.5Mpts (1Gpts optional) | 6 | 48 channels (optional) | 1CH (optional) | Contact Quote |
| MSO66B 6-BW-2500 | 2.5GHz | 50GS/s | 62.5Mpts (1Gpts optional) | 6 | 48 channels (optional) | 1CH (optional) | Contact Quote |
| MSO66B 6-BW-4000 | 4GHz | 50GS/s | 62.5Mpts (1Gpts optional) | 6 | 48 channels (optional) | 1CH (optional) | Contact Quote |
| MSO66B 6-BW-6000 | 6GHz | 50GS/s | 62.5Mpts (1Gpts optional) | 6 | 48 channels (optional) | 1CH (optional) | Contact Quote |
| MSO66B 6-BW-8000 | 8GHz | 50GS/s | 62.5Mpts (1Gpts optional) | 6 | 48 channels (optional) | 1CH (optional) | Contact Quote |
| MSO68B 6-BW-1000 | 1GHz | 50GS/s | 62.5Mpts (1Gpts optional) | 8 | 64 channels (optional) | 1CH (optional) | Contact Quote |
| MSO68B 6-BW-2500 | 2.5GHz | 50GS/s | 62.5Mpts (1Gpts optional) | 8 | 64 channels (optional) | 1CH (optional) | Contact Quote |
| MSO68B 6-BW-4000 | 4GHz | 50GS/s | 62.5Mpts (1Gpts optional) | 8 | 64 channels (optional) | 1CH (optional) | Contact Quote |
| MSO68B 6-BW-6000 | 6GHz | 50GS/s | 62.5Mpts (1Gpts optional) | 8 | 64 channels (optional) | 1CH (optional) | Contact Quote |
| MSO68B 6-BW-8000 | 8GHz | 50GS/s | 62.5Mpts (1Gpts optional) | 8 | 64 channels (optional) | 1CH (optional) | Contact Quote |
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