Part Number: TPS7H4001-SP Tool/software: I'm trying to use 3 TPS7H4001-SP in parallel. Can't get the PSpice models working. I need them to perform; Transient Simulatons, Phase and Gain Margin Simulations. Can I get someone to send me some working…
Tool/software: Hello,
I am working with Xilinx Versal FPGA for my application.
Could you please provide info on powering Versal FPGA using TI space power products?
Thank you very much.
Best Regards,
-Henry
Part Number: TPS7H4001-SP Tool/software: Hello E2E,
Are there any detrimental effects of using a 3.3V LVCMOS push/pull driver to control the enable pin (EN)?
Note: VIN & PVIN are connected to the same 5.0V supply.
The reason we ask is on pg 28 of…
Part Number: TPS7H4001-SP Other Parts Discussed in Thread: TPS7H4001QEVM-CVAL Tool/software: Hello E2E,
The below applies to a critical long duration space flight mission.
We’re using a 4 channel TPS7H4001-SP based design to realize a 72A, 0.8V supply…
Part Number: TPS7H4001-SP Tool/software: Hello,
I was wondering if the TPS7H4001-SP could be configured as an inverting buck-boost?
My top level specs
Input: 5VDC
Output: -0.4VDC with sinking capabilities of up to 200mA.
Thanks!
David
Part Number: TPS7H4001-SP
Hello,
I've just got our board back from the assembler and am checking the output rails before powering the board for the first time, I am measuring 22 ohms from the output of the TPS7H4001 to GND, this seems very low, almost…
Part Number: TPS7H4001-SP Hello E2E,
We're trying to determine how small a package we can use for the RSC resistor, but are unable to determine the RSC resistors power dissipation from datasheet specs, we don't find any current or voltage spec's that…
Hi experts
I reviewed the available TI trim/form information at Fancort ( https://fancort.com/pages/component-processing-forming-specs ), and don't see anything for the 34 lead HKY package.
Can someone provide a link to the available guidance for this…
Part Number: TPS7H4001-SP Other Parts Discussed in Thread: TPS7H4001QEVM-CVAL Hello TI E2E,
We’re using 4xTPS7H4001-SP (Flight No. 5962R1820501VXC) in a 1xMaster + 3xSlave configuration to realize a 4 channel 72Amp design.
The PCB is extremely space…