OWON PDS7102T Oscilloscope

SKU: PDS7102T
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Price:
$541.00

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Portable dual channel oscilloscope with widened bandwidth, large color display and battery supply. Optimal price-specifications ratio!

Digital storage oscilloscope. Dual channels + external trigger. Bandwidth 100 MHz. Sample rate (Real time) 500MS/s. Record length 6K points on each channel. Cursor measurement. Automeasurement 20 types. Trigger type: Edge, Video, Alternate. FFT. Peak detect and Average. Display: 8.0 '' color LCD, TFT screen, 640×480 pixels. Dimensions: 14in × 6in × 4in / 356mm × 153mm × 102mm. Weight: 3.7lb / 1.7kg

Technical Specifications:

All specification standards can be fulfilled, except one(s) marked with the word “Typical”

Sampling

Input

Level

Measuring Accuracy of Time Interval (ΔT) (DC~50M)

Single: ± (One Sampling Interval Time + 100ppm × Reading + 0.6ns) > Averages of 16: ± (One Sampling Interval Time + 100ppm × Reading +0.4ns)

Vertical

Trigger

Trigger Sensitivity (Edge Trigger)

Trigger Level Range

Trigger Level Accuracy (Typical): It is applicable to the signal with the rising and falling time ≥ 20ns

Trigger Displacement

Set Level to 50% (Typical)

Operation under the condition of input signal frequency ≥ 50Hz

Trigger Sensitivity (Video trigger, typical)

Signal System and Line/Field Frequency (Video Trigger Type)

Supporting the NTSC, PAL and SECAM broadcast system of any field frequency of line frequency

Measurements

Cursor Measurement: Voltage difference (ΔV) and time difference (ΔT) between cursors

Automatic Measurement: Peak-to-Peak Value, Average, RMS, Frequency and Cycle

Probe

  1X Position 10X Position
Bandwidth DC: up to 4 MHz DC: up to full bandwidth
Attenuation Ratio 1: 1 10: 1
Compensation Range 10pf ~ 35pf  
Input Resistance 1MΩ± 2% 10MΩ± 2%
Input Electric Capacity 85pf - 115pf 14.5pf - 17.5pf
Input Voltage 150 V DC 300 V DC

General Technical Specifications:

Display

Output of the Probe Compensator

Power

Environment

Mechanical Specifications

Interval Period of Adjustment: One year is recommended for the calibration interval period