Analog Oscilloscope 2 x 100 MHz GW Instek GOS-6103

• Fast measurement of 60 readings per second
• Four wire resistance measurement
• Temperature compensation measurement function
• Delayed measurement

 

• 100 MHz bandwidth, Delayed Sweep
• 2 analog channels
• 10 Sets Memory for Front Panel Setting Save & Recall
• Time Base Auto-range
• Cursor Readout with 7 Measurements

 

• 0.01 % High Regulation
• Constant Voltage and Constant Current Operation
• High Efficiency
• High Power Density

 

• Two data display modes
• Standard : two major measurement items + six secondary measurement items
• Simple : displaying test data of four different measurement items
• Met the requirement of IEC 62301 power measurement
• Voltage/ current test frequency bandwidth : DC~6kHz

 

• Dual Display Indicate ACV and Hz,or DCV(ACV) and dBm
• Manual or Auto Ranging
• 0.03% DCV Accuracy
• ACV Measuring Frequency Up to 50kHz

 

• 20MHz Bandwidth
• 100MS/s Real-Time Sampling Rate
• True RMS Multimeter: Volt, AMp, Ohm, Continuity, Diode
• Dual Independent Floating Isolated Channels
• Trigger Mode: Free Run, Single Shot, Edge, Video
• USB Interface
• 6 Hour Capacity Li-ion Rechargeable Battery
• 3.8" Color LCD, Resolution: 320 x 240
• Light Weight: 690g

 

• Low Ripple & Noise
• Measurement and test functions include VOLT?CURR?PWR?SVA?IPK?IPKH?FREQ?PF?CF
• Support a small AC current measurement 2mA ~ 35A, Min. resolution 0.01mA(APS- 7050& APS-7100)
• Reverse Current Alarm Function

 

• Frequency range: 1uHz~25MHz
• 1uHz frequency resolution
• Built-in 120 MSa/s, 10 bit resolution and arbitrary waveform editing function with 4k point memory
• Dual channel models support coupling, tracking, and phase functions

 

• Auto Step Running With Timer Setting
• FRONT/REAR Output and Sense Switch Selectable
• Triple Output
• Auto Series and Parallel Operation
• Auto Tracking

 

• 30000 Counts Display
• High Accuracy 0.05%
• Hi/Lo Comparator and Limit Percent Setting
• Measurement of REL, Actual and % Value
• Continuous or Triggered Measurement Mode