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@ -11,7 +11,7 @@ This project started in 2021 when learning about metrology as a hobby
### Design considerations ### Design considerations
Let's review the design features one by one: Let's review the design features one by one:
- Matched Resistor Networks: - Matched Resistor Networks:
* This design decision was made to reduce costs while maintaining precision. The traditional for implementing a LTZ1000 project uses high precision foil resistors like VHP100 or S102, which can be quite expensive. By opting for cheaper resistor networks, I was able to achieve the same level of stability. These resistor networks are ideal for ratiometric circuits, of which the LTZ has quite a few, ensuring excellent performance due to being manufactured simultaneously under the same conditions. * This design decision was made to reduce costs while maintaining precision. The traditional for implementing a LTZ1000 project uses high precision foil resistors like VHP100 or S102, which can be quite expensive. By opting for cheaper resistor networks, I was able to achieve the same level of stability. These resistor networks are ideal for ratiometric values, of which the LTZ circuit has quite a few, ensuring excellent performance due to being manufactured simultaneously under the same conditions on the same substrate.
- 10V and 1V output - 10V and 1V output
* In order to calibrate a variety of devices effectively, it is essential to have reliable outputs. This not only ensures accurate calibration of the voltage reference itself but also enhances overall precision. * In order to calibrate a variety of devices effectively, it is essential to have reliable outputs. This not only ensures accurate calibration of the voltage reference itself but also enhances overall precision.