Part Number: TPS61378-Q1 Other Parts Discussed in Thread: TPS61372 , TPS61288 I am currenly evaluating TPS61378-Q1 PSPICE Model for use in our application. PSPICE model test-bench mentions that the "V1 model only support forced-PWM model and that autoPFM…
Part Number: TPS61378-Q1 Hello,
I would like to ask about the recommended treatment for the PG (Power Good) pin on the TPS61378-Q1.
If the PG function is not used in the application, what is the recommended treatment for the PG pin?
I checked the…
Part Number: TPS61378-Q1 Other Parts Discussed in Thread: TPS61288 I would like to request information regarding the lifecycle status of the TPS61378‑Q1. Could you please confirm whether this device is planned for long‑term production and if there are…
Part Number: TPS61378-Q1 Hi TPS61378-Q1 support team,
Are there specifications for the minimum off-time? I would like to calculate the maximum usable frequency based on the following conditions.
Vin: 4.5 to 5.5V Vout: 12V Iout: 0.8A
Best regards…
Part Number: TPS61378-Q1 HI. Is there a way for me to turn on/off the device without the EN pin? I am already using the EN pin with a voltage divider to shutdown the device when the input voltage is <3V. This is because the input voltage is from a battery…
Part Number: TPS61378-Q1 Hi team,
A customer plans to create a simulation manual for TI DCDCs and would like to first verify basic startup waveforms and load transient responses.
Could you let us know what the currently recommended simulation tool…
Part Number: TPS61378-Q1 Other Parts Discussed in Thread: TINA-TI Tool/software: Hi, please help me with this
I want to import the TPS61378-Q1 to TINA-TI , PSpice Downloadable file is present on website of TPS61378-Q1
Please share the steps or the…
Part Number: TPS61378-Q1 Other Parts Discussed in Thread: TINA-TI Tool/software: Hi, there is an updation on the above question.
I am able to import the PSPICE model to TINA - TI,
TPS61378-Q1, in the downloadable files, encrypted version is available…
Part Number: TPS61378-Q1 Hi experts. Attached below are my design requirements.
From the datasheet the reference voltage at Rfb is around 0.8V When I calculate Rfb from WeBench, [80.6k/(80.6k + 1.13M)] X 12, I get 0.067V. Will this be a problem? Also…
