Part Number: TPS62065-Q1 Dear team,
in the datasheet example, R1=360K, and the calculate Cff=17.6pF with the following formula, but finally we choose 22pf not 18pf. Could you please give me an explanation?
Thanks & Best Regards,
Sherry
Part Number: TPS62065-Q1 Hi,
My design information is below.
Device: TPS62065-Q1
Input voltage: 5V
Output voltage: 2V
Output current: about 500mA
Temperature: 25°C
Schematic as below attached.
When I measure the voltage of the FB pin, or lay a finger…
Part Number: TPS62065-Q1 Hi, Team,
Could you please give some information,
Does the device have Internal Pulldown resister on EN pin?
Thanks!
Best regards,
Koh
Juergen,
I already tried to use Webench, but it showed only Auto mode efficiency.
Can Webench support FPWM mode for TPS62065-Q1?
If there are any way to show the efficiency of FPWM mode of TPS62065-Q1 on Webench, please let me know.
Regards,
…
Part Number: TPS62065-Q1 The Vref parameter is described on page 5 of the TPS 62065-Q1 datasheet. Typical values are listed here. However, min and max values are not listed.
Could you provide information on the min and max values of Vref?
-Harukawa
Part Number: TPS62065-Q1 Other Parts Discussed in Thread: TPS62067-Q1 Hi,
I'm finding the 5V to 3.3V DC/DC which have the spread spectrum function.
And I found TI's TPS62065-Q1 from the TI's website, but this device seem 3MHz Fixed Type.
…
Part Number: TPS62065-Q1
Hi team,
Can the current limit detection circuit on the low side FET detect the sink current(from SW pin to GND)? If yes, will it turn off the low side FET at that time?
Best regards. Tsuyoshi Tokumoto
Part Number: TPS62065-Q1 Other Parts Discussed in Thread: TINA-TI
Tool/software: TINA-TI or Spice Models
Hi,
I'm requested the Pspice device modeling report such as following from my customer .
Could you provide it?
Please let me know if you need…
Other Parts Discussed in Thread: TPS62065-Q1 Hello,
TPS62065-Q1 datasheet has minimum and maximum value of Vfb(pwm) accuracy
but VFB Load and Line Regulation are only typical value.
So customer can’t calculate estimated maximum error of output voltage…