Part Number: LMT87-Q1 Good day colleagues,
Can you tell me whether the temperature measurement of the LMT87-Q1 is carried out via a specific pin, or whether all pins are equally well thermally connected to the sensor?
Thanks,
Daria
Part Number: LMT87-Q1 Dear,
we found there are 2 different shape in the same tape for LMT87QDCKRQ1, and checked many different DC, no matter 21+, 22+ or 23+ all has this issue, so could you indicate if it's general situation?
Part Number: LMT87-Q1 Hi,
What is the expected sensor accuracy, given that it is supplied with a stable supply voltage (5.0 V -+0.1 V), and a temperature range between -40 °C and 100 °C?
to break down the problem:
temp. -50 °C to 40 °C
From the…
Part Number: LMT87-Q1 Dear Support,
Good day,
Please confirm why the marking of the middle chip is a little more inclined than the other two chips? Is this normal?
Why does the original product show such a chip marking position? Thanks
Part Number: LMT87-Q1 Other Parts Discussed in Thread: LMT87 , Please tell me. I'm using LMT87 now. However, the pcb will corrode in under adverse conditions and the LMT87 will not work. In this case, is it okay to have a moisture-proof coating on the…
Part Number: LMT87-Q1 Dear team,
Could you help to check leakage current for below?
Part. No
Temp. (DC 14V)
Leakage Current
LMT87QDCKRQ1
+ 125 ︒ C
+ 25 ︒ C
- 40 ︒ C
…
Part Number: LMT87-Q1 Hi,
In LMT87-Q1 datasheet, Figure 10 shows the capacitive load(Cload) should be less than or equal to 1100pF. But If the capacitive load greater than 1100pF(for example: 0.022uF) without a series resistor , What will be the impact…
Part Number: LMT87-Q1 Other Parts Discussed in Thread: LMT87 Hi,
my customer is looking for the Simulation models SPICE or IBIS for LMT87QDCKRQ1
They need simulation models for Electromagnetic Simulation of the design.
Can we support that?
Thanks…
Part Number: LMT87-Q1 Hello
Can you please clarify what is the correct thickness of external lead plating of LMT87QDCKRQ1?
i have heard two different numbers: 50 to 150 microinches (μm) or 5 - 20 μm. Which one is correct?
Piotr Demidowicz
Part Number: LMT87-Q1 Team,
does the accuracy of LMT87-Q1 at 150C get better than the datasheet max/min spec (+-2.7C based on 6 sigmas) when using stable supply voltage of 5V (+-0.1V)?
If so, is there a way to estimate to what extent?
Thank you
