As a resistive component, the thermistor can be driven using a voltage source (left) or current source (right). In practice, most voltage-driven circuits use a ratiometric arrangement to cancel the effects of source drift
| Authors | Bill Schweber |
| Main Document | Article «"Linear" PTC Thermistors Overcome NTC Temperature-Sensing Shortcomings» |
| Description | Figure 2 |
| File Format / Size | PDF / 13 Kb |
| Document Language | English |
Other Materials from the Main Document
- Article «"Linear" PTC Thermistors Overcome NTC Temperature-Sensing Shortcomings»
- Figure 1. The typical temperature-versus-resistance transfer function for the TMP61 shows its fairly high degree of linearity
- Figure 2. As a resistive component, the thermistor can be driven using a voltage source (left) or current source (right). In practice, most voltage-driven circuits use a ratiometric arrangement to cancel the effects of source drift
