Part Number: TPS61193-Q1 Other Parts Discussed in Thread: TPS61193 , I have build the same circuit used in TPS61193/Q1 Evaluation Module in PSpice which is shown below to check model is working or not.
My PSpice simulation Circuit is shown below
Output…
Other Parts Discussed in Thread: TPS61193-Q1 TPS71133PWPRQ1
We can't find TPS71133PWPRQ1 on your website. Please let us know the production status of TPS71133PWPRQ1.
Is there an alternative model for this material?
thanks
Part Number: TPS61193-Q1 Other Parts Discussed in Thread: TPS61193Q1EVM Hi team,
Do we have a data of the delay from PWM signal to LED current?
It means T1 and T2 in the below figure.
Regards,
Saito
Part Number: TPS61193-Q1 Hello, Team,
For the procurement reason, customer would like to relax the rated power from 1/10W to 1/16W. Therefore, they would like to know how much current will run through current sink resistor R_ISET so that they can calculate…
Part Number: TPS61193-Q1 Hi all,
Here are 2 issues about TPS61193-Q1
undershoot of SW
The undershoot of SW is -0.3V in d atasheet (no mention of time)the actual measurement reaches -1V in a very short time ,does this damage the IC?
How to design the circuit…
Part Number: TPS61193-Q1 Dear TI team:
Because of the minimum brightness requirement in night mode, the Riset resistor of our backlight circuit uses a 196K ohm resistor。
But spec required for normal operation, resistor value from 24 kΩ to 129 kΩ must…
Part Number: TPS61193-Q1 Hi team, Our customer would like to confirm the following with TPS61193-Q1: For "K" value, when to use the 0.88 or 1 in the calculation as the customer wanted to have a maximum Vout or 42V. Also, what is the impact on the…
Part Number: TPS61193-Q1 Hi tram
customer use TPS61193-Q1 in below application, found the output is lower than noraml(22V) and display light black during power up
input is 12V battery, EN/PWM is normal, FAULT pin is high. I attached customer issue description…
Part Number: TPS61193-Q1 Hi TI-team.
My customer wants to put a thermocouple on the TPS61193-Q1 and calculate the junction temperature.
Please answer below.
1. Where is the measurement point that is closest to the maximum junction temperature ?
For terminals…