Part Number: LMP7300 I am having a problem with the SPICE model for the LMP7300. It appears that the hysteresis behavior does not match the datasheet. This problem appears to have been brought up by other users, but has not yet been solved. https://e2e…
Part Number: LMP7300 Hi to all,
Can I use in LMP7300 external -IN ? Not to use internal Vref = 2.048V. I know there is option to make voltage divider to Vref= 2.048V ,however I need external votage to -IN.
Thanks.
Stas.I
Part Number: LMP7300 I set up LMP7300 as instructed in datasheets. I used negative hysteresis mode. When input voltage is ramping up, output goes from low to high when scaled -IN voltage surpasses 2.04V reference. Negative hysteresis is set up in such…
Part Number: LMP7300 If I want the speaker ON when temperature exceeds 350 . and turned off only if lower than 340 .. the problem is understanding how does the chip work
Part Number: LMP7300 im using the lmp7300 in a very simple way with no hysteresis:
where in my case, Rpullup=8.25kohm, and vcc=5V.
I enter to in+ a triangular wave like the following:
and I see that vin_h and vin_l are 0.986V instead of 2.048V…
Part Number: LMP7300 What is the max voltage on Vout of the LMP7300 when no power is applied yet?
ABS Max section of datasheet says input output pins are limited to V+ +0.3V and V- -0.3V (indicating maximum levels are relative to supply), but the description…
Part Number: LMP7300 Other Parts Discussed in Thread: LMV393-N , TLV1701 , TLV7011 , TLV3201 , LMV393 , LMV7239 Hi team,
The customer has two questions for LMP7300.
Q1: The datasheet shows ""For precise level detection applications, TI recommends…
Part Number: LMP7300 Other Parts Discussed in Thread: TLV6713 , TLV6703 Hi Team
I am making one AC overvolatge indicator. Basically we want to glow LED after AC voltages increases configurable over volatge. Can i uses LMP7300
as below for same. sch_OVP…
Part Number: LMP7300 Other Parts Discussed in Thread: TINA-TI , TLV6700 Hello,
I think LMP7300 VIH and VIL can set below formula as datasheet.
VIH = REF + REF(R1/(R1+R2))
VIL = REF - REF(R1/(R1+R2))
When Figure 3 (a) circuit, VIH and VIL will…
Part Number: LMP7300 Other Parts Discussed in Thread: TLV6700 Hi,
The design requirements are simple: Detect when the battery pack reaches 57.4V to shutoff the charger (positive going). Then, detect when the battery pack discharges to 54.5V to turn…
