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Part Number: LM94022-Q1 Tool/software: Hi,
My customer supplies the device with 5 V and have the gain configuration GS0=1 & GS1=1. The data sheet indicates a temperature range of -50°C to +150°C.
My question now is whether the sensor also…
Part Number: LM94022-Q1 Other Parts Discussed in Thread: LM94022 Hello,
could you tell me the difference between LM94022 and LM94022-Q1.
On the datasheet SNIS140F it is written like this:
And do LM94022 and LM94022-Q1 have exactly the same specifications…
Part Number: LM94022-Q1 I have an application where I have a LM94022-Q1 mounted on a board that carries phasing currents for a motor. The board is potted into the motor and I am using this sensor to get temperature data. When the motor is energized (the…
Part Number: LM94022-Q1 Other Parts Discussed in Thread: LM94022 Dear Sir,
My customer develop ionizer for automotive. my customer consider PCB layout as below picture. Ionizer have to generate 3.2KV and close to LM94022. the length between Ionizer and…
Hello Given,
The link below shows all analog sensors which support -40C to 150C and are available in SC70(DCK) 5 pin package. TMP9A00-EP is the only device with the same gain of -11.77mV/C. If you can use a different sensor gain, TMP235 is a good candidate…
Part Number: LM94021 Other Parts Discussed in Thread: TMP235 , TMP235-Q1 , , LM94022 , LMT86
Team,
Looking at available alternative to LMT86QDCKRQ1. The LM94021 is on stock on TI.COM. Can it be an option and what needs to be taken into account?
In the below…
Josh Wyatt said: The 1100pF is not a typical load, it is the max capacitive load the part can handle without a current limiting/decoupling resistor and this is the intent of the table on page 14 of the current version of the document (Rev F) and this table…
