InfiniiVision 2000 X‑Series Oscilloscopes
Manufacturers
Keysight
Other Recommendations
200MHz Mixed-Signal Oscilloscope, 4 Analog + 8 Digital Channels, 200k wfms/s for Education and Debug
📡×12
4 analog + 8 digital channels (MSO option) (Source: Input description)
⚡200k
wfms/s for rare event capture (Source: Input description)
🎓
Free Educator's Resource Kit (Source: Input description)
| Parameter | Specification | Application Value |
|---|---|---|
| Channel Configuration | 4 analog + 8 digital (MSO option) | Debug microcontroller systems (analog sensors + digital control) |
| Waveform Capture | 200,000 wfms/s update rate, 1Mpts memory | Captures intermittent glitches in power electronics |
| Upgrade Options | Function generator, voltmeter, serial protocol analysis | Expands from basic scope to full benchtop solution |
Core Application Scenarios
University Electronics Labs — Educator's Kit teaches oscilloscope fundamentals (Based on education focus)
Embedded System Debugging — MSO option analyzes analog sensor data + digital SPI/I2C buses simultaneously
Technical Deep Dive
Education-Optimized Architecture
Features "4-Channel Analog Front-End + Digital Pod Interface" design: 70-200MHz bandwidth covers fundamental circuit analysis (Source: Bandwidth spec). MSO option adds 8 digital channels (1GSa/s) for microcontroller debugging. 200,000 wfms/s update rate with segmented memory captures transient events. 8.5-inch WVGA display shows analog/digital waveforms simultaneously. PathWave BenchVue software enables remote control for automated lab exercises.
| Technical Dimension | InfiniiVision 2000X | Entry-Level Oscilloscope | Advantage |
|---|---|---|---|
| Mixed-Signal Analysis | 4 analog + 8 digital channels (MSO) | 2-4 analog channels only | Single instrument for full embedded system debug |
| Educational Resources | Free Educator's Kit + remote software | Limited/no teaching materials | Reduces lab setup time by 70% for electronics courses |
University Lab Teaching Workflow
Setup: Connect DSOX2004A to lab PCs via LAN, load Educator's Kit lesson files
Demonstration:
- Basic measurements: Voltage/period on function generator output
- Advanced trigger: Capture SPI data packet with serial decode option
- Remote operation: Students control scopes via BenchVue softwareStudent Exercises:
- Measure RC circuit time constant (analog channels 1-2)
- Decode UART commands (MSO digital channels 0-1)
- Mask test power supply ripple (<50mVpp pass/fail)Assessment: Auto-grade measurements via BenchVue, generate performance reports
Bandwidth Limitation
Base model limited to 70MHz (200MHz requires hardware upgrade) (Based on bandwidth specification). Mitigation: ① For digital signal analysis, use MSO option (digital channels unaffected by analog bandwidth); ② Add bandwidth upgrade when high-frequency analog measurements required.
