Part Number: TPS543620 Team,
On regulator startup, my customer is looking for BP5 LDO startup time and power on delay timing. Assuming R mode 1.78K +/-1% is used, what is the min/max of the ramp + turn on delay time?
Thanks!
Russell
Part Number: TPS543620 Hello E2E,
I have 2 questions regarding the SS time on the TPS543620. For the SS times listed in section 6.5, were those measurements taken on a standard EVM? Also, is the rise time 10-90%?
Also, if the goal is to boot up the device…
Part Number: TPS543620 Hello,
I am using this DC/DC in my new design but I cant see the mechanical and footprint drawings in the datasheet. Can same one help me where I can find them ?
Part Number: TPSM843620E Other Parts Discussed in Thread: TPS543620 , Are there plans to add PSPICE models for some of these supplies not available in PSPICE for TI?
Part Number: TPS543620 Hello E2E,
Should there be any reason to short pins 10 and 13 together?
Also, I'm assuming Cboot should only connect to pin 13 assuming pins 10 and 13 are left separated?
Russell
Part Number: TPS543620 Other Parts Discussed in Thread: TPS546D24A
Dear TI Team I would like to ask you some questions about the following New Product Update materials. https://www.ti.com/lit/ml/slpp102/slpp102.pdf?ts=1605087065723&ref_url=https%253A%252F…
Part Number: TPS543620 Hi team,
I have test the TPS543620 on its EVM and the test conditions are:
Vin=7.5V, fsw=1MHz, Vout=0.85V, Iout=1.4A to 2.7A(2.1A/us) or 1.4A to 0.9A(2.8A/us), Cout=22uF+15uF, Mode resister=27kOhm, resister divider is 3.6kOhm(top…
Part Number: TPS543620 Hi team,
It seems that TPS543620 doesn't support the phase margin and Gain margin at webench.
Are there anyway to activate those?
Regards,
Noriyuki Takahashi
Part Number: TPS543620 Hi Team,
Now the TPS543620 is in preview state, but the datasheet don't include the "Mechanical, Packaging" information, could you kindly share the information?
Expect for your kindly reply, thanks.
Best Regard…
Part Number: TPS543620 Hi team
Could you explain the detail of Kevlin connect AGND to PGND near the BP5 cap in Figure 10-1?
Customer wants to understand what this means.
Regards,
Noriyuki Takahashi