MSO-2204EA
Oscilloscopes200 MHz mixed-signal oscilloscope with 16-channel logic analyzer, dual AWG, and free FRA software. India pricing and local support from GSAS.
Bandwidth
200 MHz
Channels
4 analog + 16 digital
Sampling
1 GSa/s
Memory
10 M per channel
AWG
Dual 25 MHz built-in
Overview
About MSO-2204EA
The MSO-2204EA combines a 200 MHz 4-channel analog oscilloscope with a 16-channel digital logic analyzer for true mixed-signal debugging. VPO (Visual Persistence Oscilloscope) waveform technology reveals rarely-occurring signal anomalies, while a waveform update rate of 120,000 wfm/s provides high probability of glitch capture.
| Feature | Specification |
|---|---|
| Bandwidth | 200 MHz |
| Analog Channels | 4 |
| Digital Channels | 16 (MSO) |
| Sampling Rate | 1 GSa/s |
| Memory Depth | 10 Mpts per channel |
| Waveform Update | 120,000 wfm/s (VPO technology) |
| Serial Decode | I2C, SPI, UART, CAN, LIN |
| Built-in AWG | Dual-channel, 25 MHz |
| FRA Software | Free Bode plot / gain-phase analysis |
| Mask Test | Automated waveform compliance |
Free frequency response analyzer (FRA) software enables Bode plot and gain/phase measurements on power supplies and amplifiers, providing loop stability analysis without dedicated FRA instrumentation. Built-in dual-channel 25 MHz AWG, full serial bus decoding (I2C, SPI, UART, CAN, LIN), and mask test function for automated waveform compliance verification make this an excellent all-around instrument for embedded development and mixed-signal design.
Embedded systems engineers, power supply designers, and mixed-signal developers use the MSO-2204EA for correlating analog waveforms with digital bus activity, debugging communication protocols, and verifying power supply stability. The 16 digital channels capture address, data, and control bus signals simultaneously with analog measurements, providing the complete picture needed to resolve complex timing and signal integrity issues.
GSAS Micro Systems provides the MSO-2204EA with probe selection guidance, serial decode configuration support, and comprehensive after-sales service.
Blog
GW Instek Insights
Emulating Processor Power for Thermal Testing: Why Constant Power
A heat sink or a cold plate is qualified against a watt figure, not a volt figure. This application note explains why a thermal load is driven in constant-power mode, how the bench is built for air and for liquid cooling, and what to confirm before you buy.
CRPS and Rack Power Supply Testing: The Six Tests That Matter
A CRPS module has to hold up under an unbalanced grid, a 0 to 100 percent load step, a surge on the line and a redundancy handover. This application note sets out the six tests, and the one source capability that makes a long feeder reproducible on the bench.
GPU Power Board Testing: DC Input Verification Before Integration
A GPU power delivery board is cheap to reject on a bench and expensive to find in an assembled server. This application note covers the programmable DC input test that screens the board, and the same test applied to incoming server systems.
Related products
More from GW Instek
All GW Instek products →
GDS-3104A
1 GHz 4-channel digital storage oscilloscope with 5 GSa/s sampling, 200 Mpts memory, and 13 power analysis tests. Authorized India partner, GSAS Micro Systems.
View GDS-3104A →
GDS-3102A
1 GHz 2-channel digital storage oscilloscope with 5 GSa/s sampling, 200 Mpts memory, power analysis, and spectrogram display. Buy in India from GSAS Micro Systems.
View GDS-3102A →
MPO-2204P
200 MHz programmable oscilloscope with built-in Python scripting, AWG, DMM, and power supply. Available in India from GSAS with hands-on application engineering and local support.
View MPO-2204P →Interested in MSO-2204EA?
Get pricing, an evaluation unit, or a technical consultation from our application engineers.