Device Overview
Texas Instruments LM35DZ/NOPB is an exact-order temperature sensor supplied in TO-92. For substitution or design review, the strongest comparison points are Supply range (4 V to 30 V), Supply current (Less than 60 uA), Package / packing (TO-92, bulk).
Selection-Critical Data
| Parameter | Confirmed Data | Why It Matters |
|---|---|---|
| Supply range | 4 V to 30 V | Defines DC current demand and therefore contributes to power consumption, rail loading and thermal burden. |
| Supply current | Less than 60 uA | Defines DC current demand and therefore contributes to power consumption, rail loading and thermal burden. |
| Package / packing | TO-92, bulk | Determines PCB footprint, pinout, mechanical assembly and orderable-variant compatibility. |
| Sensor Type | temperature sensor | Defines the measured physical quantity and sensing architecture that a compatible substitute must preserve. |
Sensor Selection Notes
For supply range, 4 V to 30 V is the approved value. Defines DC current demand and therefore contributes to power consumption, rail loading and thermal burden. For sensor type, temperature sensor is the approved value. Defines the measured physical quantity and sensing architecture that a compatible substitute must preserve.
TO-92, bulk is the stated package / packing value. Determines PCB footprint, pinout, mechanical assembly and orderable-variant compatibility.
Supply current is Less than 60 uA. Defines DC current demand and therefore contributes to power consumption, rail loading and thermal burden.
If a TO-92 LM35 sensor must operate outside this LM35DZ/NOPB 0°C to +100°C specified range, review LM35CAZ/NOPB, specified from −40°C to +110°C. Compare the grade’s accuracy characteristics and full operating conditions before choosing a different part number.
