Part Number: TPS715-Q1 Other Parts Discussed in Thread: TPS7B81-Q1
Our design requirement- Input voltage - 24v, output voltage - 5V
For the calculation of Power dissipation, Pd=(Vin-Vout)*Io
Where output current (Io) we considered 50mA as per datasheet…
Part Number: TPS715-Q1 Other Parts Discussed in Thread: TPS715 Hi Team,
A customer is requesting the unencrypted Pspice model for TPS71550-Q1. I noticed that the available PSpice model in the product page is encrypted.
Can you please help?
Regards,
Mar…
Part Number: TPS715-Q1 hi team,
Can you please advise what the first Q stands for in TPS71525 Q DCKRQ1 ? the device nomenclature is explained in the datasheet for the non Q1 variant but not for this one.
Olivier
Part Number: TPS715-Q1 Hi Experts,
A customer is asking for FIT rates according to SN29500. Can we provide those for this device?
TPS71501QDCKRQ1
-Simon
Part Number: TPS715-Q1 Hi expert:
I find below description in datasteet.
"The TPS715xx-Q1 PMOS-pass transistor has a built-in back diode that conducts reverse current when the input voltage drops below the output voltage (for example, during power down…
Hello Naveen,
The PSpice model for the TPS715 non Q1 version can also be used, as these devices share the same die and characteristics. We do offer an unencrypted model:
https://www.ti.com/lit/zip/slvmbh3
Please see attached.
2627.Unencrypt.zip
Best, …
Hi Umberto,
TPS715-Q1 was designed, characterized, and tested for operation from -40 to 125C junction. The Absolute Maximum Ratings are stress ratings only and prolonged exposure may degrade the device reliability.
TPS715-Q1 does not have thermal protection…
Part Number: TPS7A49 Other Parts Discussed in Thread: TPS715 Hi,
My customer has a question.
Q1.
I am checking whether the rise and fall times of the IC are correct.
Are the following rise and fall times appropriate?
TPS7A4901
[Using condition]
Vin:…
