Protek 3025 25MHz 2 Channel Digital Storage Oscilloscope
Features
- 25MHz Bandwidth with 2 Channels
- 500MSa/s Real-Time Sampling Rate
- Multi Language Support
- 5.7 Inch TFT Color Display
- USB & Device Connection
- Display & Resolution : 5.7 inch color LCD, 240(vertical) x 320(horizontal) dots
- Interface : USB, RS232, RJ45 LAN (optional)
- Power Voltage : AC 100V ~ 240V ±10% , 45Hz ~ 440Hz, auto selection
- Battery Power (Option) : Li-Ion Battery Pack
- Dimension : 300(L) x 150(W) x 130(H) mm
- Weight : 2.5Kgs
Specification
- Model No. : Protek 3025
- Bandwidth : 25MHz
- RealTime sample Rate : 500MSa/s
- Equivalent Sample Rate : 50GSa/s
- Range (1-2-5 Increments) 50s/ div ~ 25ns/div
- Record Length : 4kB/CH, can be expanded to 256MB or 512MB
- Working Mode : Main sweep, main sweep + delay, expansion sweep, X - Y
Vertical
- Rise Time : d14ns
- Input Impedance : Resistance : 1M& ± 2% ; Capacitance : 20pF ± 5pF
- LF Limit (AC Coupling) : d10Hz (on BNC)
- Maximum Input : 400V (DC+ AC peak) , Frequency d400Hz (when impedance is 1M& )
- Working Mode : CH1, CH2, CH1 ± CH2, CH1 x CH2, CH1/CH2, FFT
- Bandwidth Limit : 20MHz/-3dB
Trigger
- Source : CH1, CH2, EXT., City Electricity
- Ext. tragger input imped. : Resistance : 1M& ± 2% ; Capacitance : 20pF ± 5pF
- Sensitivity : Max. 1div (frequency upper limit to 40MHz) , Max. 2div, TV-V, TV-H Video Trigger
- Ext. Trigger Sensitivity : Max. 100mVp-p (frequency upper limit to 40MHz) , 200Vp-p, TV-V, TV-H Video Trigger
- Auto Trigger Range : 100Hz ~ 100MHz square wave signal
- Trigger Level Range : Internal Trigger : ± 4div, External Trigger : ± 1.6V
- Low Frequency Inhibition : Frequency 100KHz will be inhibited
- Trigger Mode : Edging, Pulse, Video & Slope Trigger
Cursor & Measurement
- Voltage Measurement : Vpp, Vamp, Vrms, Vhi, Vlo, Vmax, Vmin, Pre-shoot, Overshoot
- Time Measurement : Frequency, Rise Time, Fall Time, Positive Width, Negative Width, Duty Cycle
- Delay Measurement : Delay 1-> 2 ‘ , Delay 1-> 2 “
- Cursor Measurement : Measure voltage error between cursors V, Measure time error between cursors T, Measure frequency between cursors 1/ T
