Part Number: LM334 Please provide the method to calculate the LM334 Iset current drift relative to temperature drift in degree Celsius.
I am looking at the Temperature Dependence of Set Current spec and am confused by the comment in note 2.
Thanks.
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Part Number: LM334 Hello Team,
Greetings !!!
Please refer the attachment. We are using LM334M/NOPB as a constant current source.
We observed that the current is drifting from initial power on value.
The measurements with Fluke 87 multimeter shows that…
Part Number: LM334 Other Parts Discussed in Thread: ADS131M08 hi team,
we're using your LM334M and ADS131M08 for our design as below, we set up LM334M Iout=36uA, when we have the load NTC =10K with 4 wire mode connected to JP5, we found that we couldn…
Part Number: LM334 Other Parts Discussed in Thread: TL1431-SP Hi team,
customer is looking for space solution for current source application, LM334 can meet customer application however there is no space application.
If there is no LM334 space grade solution…
Part Number: LM334 Hello all,
the LM334M has got one V+, one R and four V- pins. If I configure one of the V- Terminals by providing feedback to the R pin, are all other pins also configured to output the same current?
Any help is appreciated!
Kind R…
Part Number: LM334 Hello,
I need a stable constant current source to supply ~100 uA to a variable load resistance (20k - 10M). I purchased the LM334 for testing and programmed it with an Rset of 680 ohm. At 0 to 1k ohm loads at ~5V it performs well and…
Part Number: LM334 Other Parts Discussed in Thread: LM4041-N Hi,
Can serialise LM334 to get 160V 1uA current source?
I need a high voltage current source that I can then dynamicall "setpoint" from 1nA to 1uA for a reactive load.
Thank you in…
Part Number: LM334 Other Parts Discussed in Thread: LM4041-N , TL431 , LM317 Could someone recommend a good component that achieves a constant current of 50mA (so ideally a higher maximum output current not to run it at maximum load).
The LM334 has a limit…
Part Number: LM334 Hi,
I cannot seem to find the Thermal resistance between Junction and Board (either Theta JB or Psi JB) in the datasheet. Has this measurement been done already and is this information available somewhere? Thanks in advance, Léo Coï…