Part Number: TPS37-ADJ-CALC Other Parts Discussed in Thread: TPS38 , TPS37 Hi team,
I am FAE of OTIS.
Customer wants to use TPS37/TPS38 spice model to do some simulation.
However, they have met with two issues:
When they want to use their Cadence…
Part Number: TPS3704-ADJ-CALC .
I have downloaded the models for TP37
www.ti.com/.../TPS37
I extracted the file SNVM68.ZIP.
This includes the device and a circuit (.lib,.olb and .dsn files)
Unfortunately without modifcation the circuit (.dsn…
Part Number: TPS37
Hello Team,
https://dev.ti.com/gallery/view/LPVRS/TPS37_38_3760_Design_Calculator/ver/1.0.0/
This tool provides different values compared to the data sheet (formulas on page 25).
Why is there a RH1 and RH2 hysteresis resistor…
Part Number: LM2557X-557XQUICK-CALC Other Parts Discussed in Thread: LM2577 , LM5576 Good morning, I purchased your LM2577SX-ADJ/NOPB product in order to build a 24 Vin input to 45Vout output booster power supply I have calculated the accessory components…
Part Number: TPS3704-ADJ-CALC Tool/software: Hi team,
Since Isense is 350nA, I set the Isense Multiplier to 846.5608 to get closer to the desired R2 value of 2700Ω.
This value exceeds the recommended value of 50, so I would like to know if it can…
Part Number: TPS3704-ADJ-CALC Other Parts Discussed in Thread: TPS3704 , AM2432 Hi TPS3704 part number:
Our product plan is to use TPS34044LJOJDDFR for power monitoring of AM2432, but when I used the TPS3704xADJ-Resister-Calulator tool to calculate…
Part Number: BQ25756 Hi Ti, Support.
TS_FB_ACOV_ACUV_Calc.xlsx This is just a quick calc to show my range for ACOV and ACUV. (I am aware of the Ti Design Calc). I've shown a block diag of my circuit. My problem is whilst in Charge Mode, the charging…
Part Number: UCC29002 Tool/software: Hi TI Experts,
I'm designing a circuit to share the load equally among 4 boost converter outputs. Each boost converter is rated for 1500W and the output voltage is adjusted by the internal Rsense pot of the boost…
Part Number: UCC29002 Tool/software: Hello, I have a 3 parallel power supplies each outputting 50V at 10Amax, with a total output power of 1500W. This is built using the PKM4516HD which references the UCC29002 as a suggested load sharing IC for parallel…