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MDS-1102

MDS-1102

MATRIX TECHNOLOGY INC.
100 MHz Bench, Digital Oscilloscopes USB Interface TFT - Color (Touch) Display 2 Analog Channel 300V DMM, Playback, Record, Save, Trend
Active4,997 in stock

Overview

The MDS-1102 is a 100 MHz benchtop digital oscilloscope featuring a two-channel analog input and a 1 GSa/s sampling rate. It integrates multiple diagnostic tools including a 300V digital multimeter, data recording, and trend analysis capabilities into a single unit with a color TFT touch interface.

Why Choose This Part

The combination of a 1 GSa/s sampling rate and 8Mpts memory depth allows for high-resolution capture of complex waveforms. The integrated touch screen interface and multi-function DMM capability reduce bench clutter by consolidating essential measurement tools into a single USB-enabled instrument.

Applications

Embedded System Debugging
Utilize the 100 MHz bandwidth and 8Mpts memory depth to capture and analyze high-speed digital signals and serial bus communications.
Power Electronics Testing
Perform voltage measurements and waveform analysis on power supplies using the integrated 300V DMM and 2-channel oscilloscope functionality.
Long-term Signal Monitoring
Leverage the playback and record functions to capture intermittent faults or observe signal stability over extended periods using the trend plot feature.

Key Specifications

Type Bench, Digital
Channels 2 Analog
Function DMM, Playback, Record, Save, Trend
Bandwidth 100 MHz
Interface USB
Probe Type Passive 10:1 (1)
Memory Size 8Mpts
Display Type TFT - Color (Touch)
Input Impedance 10pF - 16pF
Rise Time (Typ) 3.5 ns
Voltage - Supply 100 ~ 240VAC
Voltage - Input (Max) 300V
Sampling Rate (Per Second) 1G

Getting Started

Connect the included 10:1 passive probes to the analog channels and utilize the USB interface to export captured data or waveforms for documentation. The touch interface allows for direct manipulation of trigger levels and timebase settings, while the record mode can be configured to store data for later playback analysis.