GOODWILL INSTEK GPE-X323

• 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

 

• Dual Measurements to perform two selected measurements simultaneously
• Bright Vacuum Fluorescent Display (VFD)
• Provide AC+DC Voltage or Current Measurement Functions
• 11 Measurement Functions & 10 Math Functions

 

• High Measurement REsolution (1mV/0.1mA for 5A Range);(1mV/0.1uA for
• 5mA Range)
• EXternal Relay Control Output On/Off
• Sink Current Capability (Maximum:2A)
• Digital Panel Control

 

• 500VA AC Test Capacity
• 240x64 Ice Blue Dot matrix LCD
• Sweep Function for DUT characteristic analysis
• Insulation resistance measurement up to 50GO(GPT-9903/9904)
• Manual/Auto Mode
• Interface : RS-232C, USB device, Signal I/O and GPIB (optional)

 

• Front & rear input connector design is suitable for the GPT-9800/9900/9900A series
• A maximum of 4 scanner boxes (32 CH) can be connected to one GPT-9800/9900/9900A series
• High-intensity LED for Channel, Status & Judgment indications

 

• Touch Panel with Color LCD Display
• 9 Different Measurement Network to Simulate the Resistance of Human Body
• 8 Different Types of Leakage current for Medical & General Electrical Equipment
• Various Leakage Current Measuring Mode:DC/AC/AC+DC/AC Peak

 

• AC 40A Ground Bond Tester
• Measuring Resistance from 1mO~650mO
• Connect with the GPT-9800/9900 series to become a multifunctional test or simultaneous test system
• 240x64 Ice Blue Dot Matrix LCD
• Function Key for quick selecting

 

• Remote output on/off control
• OVP to protect the DUT
• OTP to protect SPD-3606 to decreas the repair rate
• Compact size, light weight

 

• Auto W-I or I-W Mode
• ARC Detection
• True RMS Current Measurement
• Zero Crossing Turn-on Operation

 

• Commands are compatible with Kikusui PLZ-4W model.
• Dynamic(Switching) Function:0.0166Hz ~20kHz
• Soft Start Function:Off / On(1~200ms, Res:1ms)
• Adjustable OCP / OVP / OPP / UVP Setting
• Short Circuit Function