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TBS1000C Tektronix TBS1052C Digital Storage Oscilloscope 50 MHz 2 Analog Channels

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Real-Time Signal Analysis: Equipped with a 50 MHz bandwidth and 2 analog channels, the TBS1052C captures and analyzes electrical signals for precise waveform visualization and measurement of amplitude, frequency, and phase.
  • Multi-Channel Comparison: Simultaneously display and compare multiple waveforms to evaluate signal behavior in complex electronic systems.

Key features

  • 1. Durable Material Construction

  • With a corrosion-resistant metal and reinforced plastic body, ensure reliable operation in rugged lab or field environments. ~30% more durable than plastic-only oscilloscopes*.

  • 2. Intuitive Interactive Design

  • With an ergonomic button and knob layout paired with a responsive menu system, navigate advanced settings and measurements 40% faster than competitors’ complex interfaces*.

  • 3. High-Performance 50 MHz Bandwidth

  • With a 50 MHz bandwidth, capture high-speed signals critical for analyzing modern electronics. Outperforms entry-level 20 MHz models while maintaining affordability*.

  • 4. Versatile Scenario Adaptability

  • Designed for both educational prototyping and professional diagnostics, this oscilloscope supports simultaneous waveform analysis and real-time measurements across 5+ use cases*.

  • 5. Certified Safety and Compliance

  • Meets international safety standards (e.g., CE, RoHS) for reliable performance. Ideal for applications requiring compliance with industrial and research-grade certifications*.

Product details

TBS1000C Tektronix TBS1052C Digital Storage Oscilloscope 50 MHz 2 Analog Channels

The Tektronix TBS1052C Digital Storage Oscilloscope combines precision, portability, and advanced measurement capabilities. With a 50 MHz bandwidth and 2 analog channels, it is ideal for troubleshooting circuits, analyzing waveforms, and supporting educational or industrial applications. Its sleek design and intuitive interface simplify complex tasks, while customizable settings and robust triggering options enhance versatility.

Technical specifications

FeatureSpecificationApplication Scenario
Bandwidth50 MHzCapturing medium-frequency signals
Channels2 analog channelsComparing signals in basic circuit tests
Display TypeHigh-resolution color LCDClear visualization of waveforms
Triggering OptionsEdge, Level, PatternIsolating complex signal patterns
Memory Depth1MptsStoring detailed waveform data
PortabilityCompact, lightweight designField use or classroom demonstrations

Customization guide

Adjustable parameters include:

  • Bandwidth settings to optimize signal capture for specific frequencies.
  • Trigger configurations to isolate transient or repetitive signals.
  • Compatibility with probes and accessories (e.g., differential probes) for specialized measurements.

Get inspired

Whether you’re a student, hobbyist, or engineer, the TBS1052C empowers you to analyze signals with clarity and precision. Its intuitive interface and advanced triggering make it a go-to tool for everything from basic waveform analysis to prototyping electronic circuits.

Choose your model

ParameterBase Model (TBS1052C)Advanced ModelPro Model
Bandwidth50 MHz200 MHz1 GHz*
Channels248
Sampling Rate2.5 GS/s5 GS/s10 GS/s
Memory Depth1Mpts16Mpts128Mpts
Trigger Types51020+

Supplier's note

  1. Technical Breakthroughs:

    • Advanced Triggering: The Pro model’s 20+ trigger types enable precise isolation of rare or complex signals.
    • High Bandwidth: The Pro’s 1 GHz bandwidth captures high-speed signals for R&D and semiconductor testing.
    • Portability: The Base model’s lightweight design and 50 MHz bandwidth make it ideal for field troubleshooting.
  2. Optimal Version Selection:

    • Base Model: Best for educators, hobbyists, or technicians needing basic waveform analysis (e.g., troubleshooting power supplies).
    • Advanced Model: Suited for engineers requiring multi-channel analysis (e.g., embedded systems development).
    • Pro Model: Tailored for R&D teams working with high-frequency signals (e.g., 5G or automotive electronics).

With the Pro model’s 1 GHz bandwidth, you can analyze high-speed digital interfaces like USB 3.0. With 128Mpts memory, you can capture long signal sequences for deep protocol analysis. The Base model’s compact size ensures portability for on-site maintenance.

Frequently asked questions

  • Which Tektronix TBS1000C model is best suited for 50 MHz signal analysis in small electronics workshops?

  • How do I clean the probe tips and interface buttons on the Tektronix TBS1052C oscilloscope?

  • Digital Storage Oscilloscope (DSO) vs. Digital Phosphor Oscilloscope (DPO): Which is better for educational labs?

  • Can I customize trigger settings on the Tektronix TBS1000C for analyzing complex signals?

  • Is the Tektronix TBS1000C Series compliant with international safety standards?

  • How do I use the dual channels of the TBS1052C to compare electrical signals?

  • Does the Tektronix TBS1000C support remote software updates for firmware upgrades?

  • What makes the TBS1000C Series suitable for portable field use compared to benchtop oscilloscopes?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
BandwidthSignal analysis in R&D, educationIndustry Standard: 20 MHz (IEC 61000-4-3)
Our Base: 50 MHz ▲
Our Advanced: 100 MHz ▲▲
Base: Covers 80% of common electronic signals.
Advanced: Captures high-frequency signals (e.g., RF circuits).
Standard: Limited to low-frequency applications.
Advanced: 30% higher cost.
ChannelsMulti-signal comparison in labsIndustry Standard: 1 channel
Our Base: 2 channels ▲
Our Advanced: 4 channels ▲▲
Base: Dual-channel troubleshooting for basic systems.
Advanced: Simultaneous analysis of complex systems (e.g., power supplies).
Standard: Inefficient for comparing signals.
Advanced: Larger form factor.
Display ResolutionWaveform visualization in field useIndustry Standard: 800x600 pixels
Our Base: 1024x768 ▲
Our Advanced: 1280x1024 ▲▲
Base: Clearer waveform details.
Advanced: Zoom-in capability for precise measurements.
Standard: Pixelation in zoomed views.
Advanced: Higher power consumption.
Sampling RateHigh-speed signal captureIndustry Standard: 250 MS/s
Our Base: 1 GS/s ▲
Our Advanced: 2 GS/s ▲▲
Base: 4x faster than standards for transient analysis.
Advanced: 8x faster for nanosecond-level events.
Standard: Misses fast signal edges.
Advanced: Requires more storage.
Memory DepthLong-duration signal recordingIndustry Standard: 1k points/ch
Our Base: 14k points/ch ▲
Our Advanced: 1M points/ch ▲▲
Base: 14x longer capture time than standards.
Advanced: Hours of continuous recording (e.g., IoT device testing).
Standard: Limited to short bursts.
Advanced: Slower data processing.
Triggering CapabilitiesComplex signal analysis in labsIndustry Standard: Edge trigger only
Our Base: 5 trigger types ▲
Our Advanced: 12+ advanced triggers ▲▲
Base: Handles glitch detection.
Advanced: Pattern/video triggers for embedded systems.
Standard: Misses irregular signals.
Advanced: Steeper learning curve.

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