1888 Megohmmeter/High Resistance Meter application notes

• NEW Using Python for serial communication with the 1888 Megohmmeter/High Resistance Meter via USB
• NEW Use of the 1888 Megohmmeter with 1888-11 Resistivity Cell for volume and surface resistivity measurements
• NEW Remote Control of the 1888 via ethernet and NIMAX
• NEW Comparison of the 1888 Plus Megohmmeter/High Resistance Meter vs 1865 Plus Megohmmeter/IR Meter

1865 Application Notes

The 1888 Megohmmeter/High Resistance Meter can be substituted for 1865 Plus in most of these application notes.

• 1865+ Advantages over 1865-00
• Controlling the QuadTech 1865 and IET Labs 1865 Plus Megohmmeter via the RS-232 serial interface and NI Max
• A system to measure high resistance at voltages up to 6 kVdc
• 1865 and 1865 Plus with 1865-11 Resistivity Cell
• Testing Capacitors with the 1865 Megohmmeter / IR Tester
• Measuring Large Capacitors with the 1865-52 Component Test Fixture
• Measuring Insulation Resistance of Capacitors
• IR Testing Lithium Batteries for Medical Devices Using the 1865 Megohmmeter
• Connection of the 1865 Megohmmeter to a Resistivity Cell
• Adhesive Heat-Shrink IR Testing
• The 1865 Average Function
• The 1865 as a Current Meter
• 1865 Immersed cable reel test

1888, 1865 and 1865 Plus Megohmmeter papers other

• High resistance measurement circuit for fiber materials: Application to moisture content estimation (uses IET Labs VRS-100 High Resistance Standard and IET Labs 1865 Plus Megohmmeter as part of the system)
• Pressure-Induced Metallization of the Mott Insulator MnO (uses QuadTech/IET 1865 Megohmmeter to measure resistance)
• Pulse Capacitors for Next Generation Linear Colliders. Final Report (uses QuadTech/IET 1865 Megohmmeter to measure resistance)