Using remote sensing, voltage drops in load leads are compensated out so that the voltage at the DUT is the programmed voltage of the power supply
| Authors | Bob Zollo |
| Main Document | Article «Generating negative resistance» |
| Description | Figure 1 |
| File Format / Size | PDF / 12 Kb |
| Document Language | English |
Other Materials from the Main Document
- Article «Generating negative resistance»
- Figure 1. Using remote sensing, voltage drops in load leads are compensated out so that the voltage at the DUT is the programmed voltage of the power supply
- Figure 2. In this battery test setup, the power supply slowly charges the battery through a fixed resistor RFixedReal
- Figure 3. Simulating the negative resistor RSimNegR results in RNET = RFixedReal + RSimNegR