Hello Usar,
I see two different devices. You are asking about the LM2903, but are simulating with the LMV393. While functionally equivalent, they are electrically different.
The valid LVPECL range is 1.6 to 2.4V.
The LM2903 has a specified input…
I am seeing multiple questions being asked on this post.
Jim was the last to ask a question regarding a slew rate of 1V/ms.
Jim
for an open-collector device, the answer to slew rate depends on the size of the pullup resistor and the capacitive load.…
Part Number: LMV331-Q1 Other Parts Discussed in Thread: LMV393-Q1 , Hi team,
We want to know the expected failure mode of LMV331-Q1 and LMV393-Q1.
We are particularly concerned about whether there is a failure mode that can lead to fire hazards…
Hello Swaroop,
The "8.2.1 Design Requirement" section is describing the desired conditions for the test circuit, not the device.It is not a device specification.
The LM393 will work just fine at 3.3V. But you must be aware of the input limitations…
Kuramochi san,
LMV339 and LMV393 input is same per identical thread.
http://e2e.ti.com/support/amplifiers/precision_amplifiers/f/14/p/369505/1312389.aspx#1312389
Hi Mickey,
The maximum recommended hysteresis is 110mV. 100mV is towards the high end, but should work.
The LMP7300 was primarily designed for battery or supply line monitoring applications.
It will definitely not support >500kHz. I really doubt…
Hi Randy,
32mV is a bit on the low side. You want to be at least 2x the maximum input offset voltage of the comparator (since the comparator offset will skew the thresholds) plus the window needed for any p-p noise on the input signal line.
But you…
Matsunami-san,
TINA-TI is a simulator that supports many different kinds of simulations and models. Common-mode input range is device specific, not simulator specific. The LM393 Spice model in the product folder appears to be very simple and I am not…
Hi Paul-san,
Thank you for your support.
We are examining the DBV package of LMV331-Q1 and D package of LMV393-Q1.
Actually, there is a gap between the ambient temperature and the substrate temperature, so I'm glad to know θjc.
I understand that…
Haiqi Bian said: Is this the simultaneous monitoring action?
If pulse timing and/or polarity is unpredictable - then yes. I will be repeating here - you can use external comparators together with pin IRQ function. Such way you don't need complex msp430…
