The common JFET transistor current source (a) has an average output impedance. A composite voltage reference and JFET circuit (b) features higher output impedance, high accuracy, and low temperature drift
| Authors | Clayton Grantham |
| Main Document | Article «Voltage reference improves JFET» |
| Description | Figure 1 |
| File Format / Size | PDF / 18 Kb |
| Document Language | English |
Other Materials from the Main Document
- Article «Voltage reference improves JFET»
- Figure 1. The common JFET transistor current source (a) has an average output impedance. A composite voltage reference and JFET circuit (b) features higher output impedance, high accuracy, and low temperature drift
- Figure 2. The composite configuration improves the variation of ISRC with a change in VIN
- Figure 3. The composite configuration also offers a slight improvement in the variation of ISRC with a change in temperature
