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…
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…
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…
Part Number: LM301A-N Hi,
I found the description about the slew rate of LM301A-N in D/S page1(FEATURES) and Page13(Figure39 and 40).
Does anyone have the operating characteristic data of slew rate of LM301A-N at specified conditions? (like page7…
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…
Hi Gangula,
Gangula sravanthi said: Could you kindly analyze the circuit and provide your feedback or any recommendations for improvement?
I converted your schematic to the simulation using LM301A op amp, which is similar to LM101A-N. The op amp is…
Hi Jimmy,
My mistake I used Ghz instead of Gbps.
It looks like with 157 ps/inch you are seeing 0.157 ps/mil and with an intra pair skew of 3.5ps that mean that if you divide the intra-pair skew we can see that 3.5/0.157 = 22.2 mils difference between…
The previous reply was not complete. Please refer to this one.
1、During the PV experiment, there were 4 cases where CC2642 reported a CLK loss fault. It was observed that one 48M crystal stopped oscillating. Attached is the FA analysis report from the…
