Part Number: LM285-1.2
What occurs to the voltage reference under over current conditions? Does the device short, open or other? Up to 72mA may be seen under fault conditions.
Hi Jason, After looking over your new data, I reviewed this with my internal team. The LM285-1.2 specs 20ppm/C as typical and no maximum is specified, therefore your values are close to what I would expect if I compare other devices typical to maximum…
Part Number: LM317L-N Hello,
according to datasheet the reference voltage is between 1.2 and 1.3 V.
Is there a selection available with more narrow tolerance around the nominal voltage 1.25 V ?
Thank you!
Part Number: LM4041-N-Q1 HI TI team.
I know that I is -40~85 and E is -40~125 temp.
However, the table below lists both -40~125 temp.
What is the difference between LM4041QD E M3-1.2/NO and LM4041QD I M3-1.2/NO?
Please reply to my question.
Thanks.
Dear Andrew,
The last two questions (again for the same scheme):
- To get the 2W needed at the secondary of the transformer 760390014 would it be possible to use a voltage at the primary equal to 6V instead of 5.5V? - Using the transformer 750315371 …
Part Number: LM385-1.2-N Hello all,
For the LM336-2.5N and LM385-1.2-N packages can you verify if the pins start from( left to right 1 2 3) or (right to left 3 2 1)
The package outline drawing is a little confusing, link below:
http://www.ti.com/lit/ml…
Part Number: LM5069 Hi,
We're using the LM5069-2 and planning to use similar design to limit/control the amount of inrush current. We're using the dv/dt controlled startup.Upon revival of the design, I've noticed a possible error about the…
VREG_CAP.xlsx
Hi,
Please find attached a calculator for DRV3901-Q1 VREG Capacitors.
The other components requirement is provided in the datasheet under the external component section.
Thanks,
Ibinu A N