Part Number: TLV760 Hi all
My customer is using the TLV760 and they have this question:
To improve the thermal interface they would like to add some copper on the PCB for better cooling.
Of the three pins for the TLV760:
Which pin is the most…
Part Number: TLV760 Hi Sir,
May I learn from you do we have SOT-23(3) package solution can P2P replace SC4437SK-3.3?
TLV76033 spec is ok but it not the P2P solution.
Thank you for your kindly help.
Edward Chen
Part Number: TLV760 Has the TLV760 ever been evaluated safety test regarding thermal energy safe guard by considered IEC62368 (ANNEX G9.2, G9.3 or G9.4)?
Thanks in advance. S.Sawamoto
Part Number: TLV760 Hi, Team,
I have a question for TLV76033 thermal protection. Can you guess how much current flow when the output is shorted to the GND? Vin is 12V.
Best Regards, Satoshi Yone
Hi Daniel,
The best thermal resistance metric to use is dependent on which temperature you actually know. Using the junction to board thermal resistance, Rjb, is great to use when you have an actual PCB in your hands which you can physically measure…
Part Number: TLV760 Hi,
customer likes the TLV76050 but is now looking for sth similar with negative output. It should replace a discrete switching regulator
Key specs:
Vin: 15-24V, usually, but could go over 30V at transient events.
Vout: -5V…
Part Number: TLV760 Support needed for the following circuit:
powering up with a 24V wall mount power supply and powering off and repeating on off on off few times …..the TLV76033 (U$1) will burn… also releasing 24V on it's output destroying all the…
Part Number: TLV760 Hello,
I have a question if there is any concern on TLV760(Vout=5V) when an use case of the input voltage changing 24V to 8V (8V to 24V as well) in step response is occurred in the system.
I also have another question about thermal…
Part Number: TLV760 Hi Team,
I met a problem on TLV76033DBZR. When we have a transient on input (14V rail). I could see the transient not regulated immediately by this LDO. We can see the voltage drop about 100mV and stay there until the transient ends…
