Is the metal body of the voltage regulator LM337H/NOPB may cause the short circuit if it touches with other components/metal components? Because, from our understanding, the body of the component should be inductive, and not conductive. Can you please check…
Part Number: LM337-N-MIL In our Amplifier application, the Voltage regulator of LM337H/NOPB is touching the metal lid of the body casing, it then causes the failure: short circuit between this voltage regulator LM337H/NOPB and the lid body casing. It results…
Part Number: LF412-N Hi team，
Following Tim Green's article in Operational Amplifier Stability, part 3 of 15,on the closed-loop output impendence VS frequency curve, FIG 20, we choose the G=10 curve and on its x-axis the point 0.8kHZ, at the intersection…
Part Number: LF412-N Hi,
Customer build a simple voltage follower (buffer) circuit using the LF412CN however they observe that the output hit compliance (Max Vcc Voltage) after they adjust the input voltage below 1V (all behavior is normal above 1V). …
Part Number: LM317-N-MIL
Hi Experts,
Good day. I am reaching out to guide us completing the information requested by a known Cx:
OPN
MIN INPUT
MAX INPUT
LM317K STEEL/NOPB
?
?
LM350K STEEL/NOPB
?
?
LM317HVK STEEL/NOPB
?
?
LM79L05ACM/NOPB
? …
Part Number: LF412-N Dear Sir,
How are you doing today?
My customer would like to know the maximum input current allowed for LF412CN/NOPB (that is on the input pins 2, 3, 5 and 6).
Please let me know if you need additional information and as always…
Part Number: UC1825 Tool/software: Hi team,
I think there is Potential device class (M, Q, V, B, T, N) in MIL-PRF-38535, but the Device Marking for UC1825L883B is 5962-87681012A, so is class M correct?
Thanks
Best regards,
Masahiro Kobayashi
Part Number: LM350-N-MIL Other Parts Discussed in Thread: LM350-N , , LM350A Hello team.
The TI product page says for the LM350-N-MIL device the data sheet applies to both LM350-N and LM350-N-MIL.
In the data sheet Absolute Maximum Ratings it’s not clear…
Hi OMG,
The layout looks fine.
Here's what I'm thinking. The junction temperature for the LM317-N, from your measurement, is estimated to be 76C + 2W * 10.4C/W = 97C, and if your board was similar in thermal performance to the JEDEC High-k board from…
