Oscilloscope Portable Digital 50M Sampling Rate 10M Analogue Bandwidth Dual Channel Type 2 1 6A Current Waveform

Oscilloscope Portable Digital 50M Sampling Rate 10M Analogue Bandwidth Dual Channel Type 2 1 6A Current Waveform Description

Dual channel oscilloscope with 50M sampling rate, 2MHz actual bandwidth, and 10MHz analog bandwidth. This instrument provides the essential capabilities for accurate waveform capture and analysis. Key benefits sampling rate enables detailed observation of fast signal features and transient events. Realistic bandwidth coverage supports a wide range of analog signals while maintaining signal integrity. Comprehensive trigger options (single, normal, automatic) allow reliable capture of both periodic analog signals and nonperiodic digital signals. Wide measurement ranges design supports analysis across different signal amplitudes and types. Clear display and flexible modes enhance readability and interpretation of results. 3.2inch LCD with 320 x 240 resolution provides a compact, easytoread viewing experience. Three display modes offer versatile visualization: dualchannel oscilloscope mode, X Y mode, and current waveform display. Easy mode switching between the three display configurations for efficient analysis. Key specifications Type: Dual channel oscilloscope Sampling rate: 50M samples per second Bandwidth: 2 MHz actual bandwidth; 10 MHz analog bandwidth Trigger functions: Single, normal, automatic Signal types: Supports periodic analog signals and nonperiodic digital signals Display: 3.2inch LCD, 320 x 240 resolution Display modes: Dualchannel oscilloscope mode, X Y mode, current waveform display Display and operation details Waveform measurement and display are supported on a compact 3.2inch LCD with 320 x 240 resolution. Three display modes provide flexible viewing options: Dualchannel oscilloscope mode for simultaneous channel comparison X Y mode for Lissajoustype analysis Current waveform display for realtime viewing of ongoing signals The device is designed for straightforward switching between display modes to fit the task at hand. Use scenarios Prototyping and debugging analog and mixedsignal circuits Capture and compare waveforms from two channels Use trigger options to reliably capture transients and timing events Assess amplitude, timing, and waveform shape to validate circuit behavior Digital signal analysis and microcontroller testing Apply single, normal, or automatic triggers to isolate nonperiodic digital events Record and inspect digital outputs and timing relationships between channels Education and field maintenance Demonstrate waveform behavior in classroom or lab settings using X Y mode for waveform visualization Perform quick field diagnostics with easytoread display and multiple viewing modes