Part Number: TPS7H5001-SP In the datasheet, figure 9.1 Typical application, the feedback is from the voltage divider on the output. The feedback uses the secondary side return and the controller is on the primary side return. How can the correct voltage…
Part Number: TPS7H5001-SP The reference for this part is 0.613 volts. Do you see any problem with using it for a 28V output, the divide ratio is pretty large?
Part Number: TPS7H5001-SP Table 7.1 Absolute Maximum Ratings in the data sheet SLVSF07A specifies that the maximum voltage is 3.3V, yet the PSPICE simulation provided in slvmdq0.zip produces a peak voltage of 5V at the COMP pin shortly after the output…
Part Number: TPS7H5001-SP Hi,
I downloaded the TPS7H5001-SP buck converter model from the TI website and was not able to complete the simulation due to convergence errors.
I tried to loosen some of the settings to help it converge but still no luck.
…
Part Number: TPS7H5001-SP Hello Team,
My customer is looking for the dummy package for PTPS7H5001HFT/EM. The package is CFP-22 w/ thermal pad (HFT0022A). Is this available?
Regards,
Renan
Part Number: TPS7H5001-SP I'm trying to run the default sim, the push pull example circuit for this transient model. I get this error message:
ERROR(ORPSIM-15108): Subcircuit VCO_SQR used by X_U2.X_U14 is undefined ERROR(ORPSIM-15108): Subcircuit…
Part Number: TPS7H5001-SP Other Parts Discussed in Thread: UC1843B-SP , UC1825B-SP Hello,
I am interested in the TPS7H5001-SP but i see that is a prototype/experimental device and is not yet avaible for full production. Is there any components with similar…
Hey Arjun,
The best solution would be a discrete buck converter using the TPS7H500X-SP family of controllers
https://www.ti.com/product/TPS7H5001-SP#design-tools-simulation
We do not have a space grade option that is integrated that can handle those voltages…
Hey Arjin,
The best solution would be a discrete boost converter using the TPS7H500X-SP family of controllers We also have a space plastic family
https://www.ti.com/product/TPS7H5001-SP#design-tools-simulation https://www.ti.com/product/TPS7H5005-SEP#design…
Hey Doug,
We post PSPICE reference schematics on the TPS7H5001-SP model. https://www.ti.com/product/TPS7H5001-SP#design-tools-simulation
We have a Buck PSPICE simulation that you could use as a reference.
Thanks, Daniel
