100 MHz Dual Channel Digital Oscilloscope + ( HTC – DSO-10100S )

Description

HTC DSO-10100S Digital Storage Oscilloscope – Dual-Function Precision in a Compact Package

The HTC DSO-10100S blends high-performance oscilloscope capabilities with a built-in DDS signal generator, offering a dual-function solution ideal for electronics developers, technicians, and educators. With a substantial 100 MHz bandwidth, 1 GS/s real-time sampling rate, and an expansive 7″ LCD, this tool delivers clarity, versatility, and intuitive usability.

Dual-Core Capabilities: Oscilloscope Meets Signal Generator

• Dual-Channel Oscilloscope: Captures two simultaneous signals with up to 100 MHz analog bandwidth and 1 giga-sample per second real-time sampling—ideal for fast transient analysis.

• Built-In DDS Signal Generator: Offers 14 standard waveforms—sine, square, triangle, sawtooth, reverse sawtooth, ladder, half-wave and full-wave rectified, exponential, logarithmic, pulse, multi-audio, and sink pulses—each delivered at 2.5 Vpp with full frequency resolution down to 1 Hz. Custom cut-off waveforms and step frequency control offer unmatched flexibility.

Precise Wave Capture & Measurement

• Vertical Sensitivity spans from 50 mV/div to 500 V/div—providing adaptability from low-millivolt signals to high-voltage diagnostics.

• Horizontal Timebase ranges from 10 ns/div to 50 s/div, suitable for capturing microsecond pulses to slow waveform trends.

Advanced Triggering & Input Management

• Mode options include Single, Normal, and Auto triggering, with rising or falling edge selection.

• Internal trigger levels adjustable up to ±5 divisions; external input supports ±3 V or ±15 V for broader applicability.

• Input coupling via AC/DC, with high input resistance of around 1 MΩ, and probe limits set to 40 V (1×) or 400 V (10×) safely.

Smart Visualization & Control

• Features a stunning 7-inch TFT LCD with 800 × 400 resolution, offering clear waveform display and analysis.

• Built-in 1 GB of storage accommodates 1,000 screenshots and 1,000 sets of waveform data, enabling efficient test tracking and data recall.

Measurement & Analysis Functions

• Cursor measurements available for voltage difference (ΔV), time difference (ΔT), and frequency (1/ΔT).

• Built-in calculation of key signal metrics: peak-to-peak, max/min, average, RMS, frequency, duty cycles, pulse widths, rise/fall times, and more.

• Supports mathematical operations (+, –, ×, ÷, %) on waveform data.

• Lissajous pattern mode offers phase comparison with ±3° resolution.

Enhanced Workflow & Usability

• One-Button AUTO automatically adjusts display scaling and trigger position.

• One-Touch Screenshot Storage simplifies capturing and recalling screen visuals.

• Supports USB output for waveform export and data sharing.

• Fully compliant with 100–240 VAC, 45–440 Hz, CAT II power standards. Power consumption remains under 30 VA.

Built to Last & Field-Ready

• Overvoltage Protection: Handles up to 400 V on 10× probe without damage.

• Compact Form Factor: Measures 310 × 145 × 70 mm, weighing around 2–4 kg including packaging.

• Comes with two 100 MHz probes, USB charger, and user manual—included for immediate setup.

Why the DSO-10100S Stands Out

1. All-in-One Solution: Combines oscilloscope and signal generator in a single, space-saving device.

2. Wide Operational Range: Designed for applications from hobbyist electronics to industrial R&D.

3. User-Friendly Interface: Large LCD, intuitive AUTO setup, and cursor tools reduce learning curves.

4. Data Versatility: Internal storage and USB connectivity streamline documentation and sharing.

5. Built for Durability: Reliable power ratings, input protection, and compact design support daily use in lab or workshop.

At a Glance: Feature Summary

Final Thoughts

For users needing a compact yet full-featured testing tool, the HTC DSO-10100S stands out as a highly capable dual-function oscilloscope and signal generator. Offering precision, convenience, and smart usability in one sleek instrument, it’s a practical asset for professionals and learners alike.