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ZHCSFO4C November 2016 – June 2018 LMT01-Q1

PRODUCTION DATA.

Using Electrical Characteristics - TO-92/LPG Pulse Count to Temperature LUT
VP – VN = 2.15 V

Figure 2. Accuracy vs LMT01-Q1 Junction Temperature

Using Electrical Characteristics - TO-92/LPG Pulse Count to Temperature LUT
VP – VN = 2.7 V

Figure 4. Accuracy vs LMT01-Q1 Junction Temperature

Using Electrical Characteristics - TO-92/LPG Pulse Count to Temperature LUT
VP – VN = 4 V

Figure 6. Accuracy vs LMT01-Q1 Junction Temperature

Using Electrical Characteristics - TO-92/LPG Pulse Count to Temperature LUT
VP – VN = 5.5 V

Figure 8. Accuracy vs LMT01-Q1 Junction Temperature

Using Temp = (PC/4096 × 256°C ) – 50°C
VP – VN = 5.5V

Figure 10. Accuracy Using Linear Transfer Function

Figure 12. Output Current vs Temperature

Figure 14. Thermal Response in Moving Air (TO92S/LPG Package)

Using Electrical Characteristics - TO-92/LPG Pulse Count to Temperature LUT
VP – VN = 2.4 V

Figure 3. Accuracy vs LMT01-Q1 Junction Temperature

Using Electrical Characteristics - TO-92/LPG Pulse Count to Temperature LUT
VP – VN = 3 V

Figure 5. Accuracy vs LMT01-Q1 Junction Temperature

Using Electrical Characteristics - TO-92/LPG Pulse Count to Temperature LUT
VP – VN = 5 V

Figure 7. Accuracy vs LMT01-Q1 Junction Temperature

Figure 9. Accuracy Using Linear Transfer Function


T_A = 30°C

Figure 11. Output Current vs VP-VN Voltage

Figure 13. Thermal Response in Still Air (TO92S/LPG Package)

Figure 15. Thermal Response in Stirred Oil (TO92S/LPG Package)