Part Number: TPS25925 Other Parts Discussed in Thread: TPS1663 , TPS2663 , TPS25982 Hi,
I'm designing a circuit based on TPS259251 IC.
I'm using this IC to protect 5V,5A load. My requirement is the power path should be protected for HIGHER voltages.…
Part Number: TPS25925 Dear TI team:
We test TPS259251, but have a doubt need your help.
Input voltage:5V output: 2A , When we connected TPS259251 Out PIN to GND to test short protect function, IC input current up to about 500mA , and the temperature…
Part Number: TPS25925 Is there response time spec for start current limit function on TPS259251?
Datasheet P6 is described t_FastOffDly at 300ns (and t_OFFdly: 0.4μs), but I look like P11: Figure 30 is more fast response (ns order) than P6.
I want…
Part Number: TPS25925 Other Parts Discussed in Thread: TPS2595 , Please let me know about UVLO response time for instantaneous power failure.
I want to know the condition of power failure and momentary recovery.
When the time for power failure to recovery…
Part Number: TPS25925 Hi
My customer is currently reviewing the Power switch for Cradle.
I am looking for the following power switch:
1. Input voltage: 5V 2. Rated current: 1.5A ~ 2A 3. Adjustable current limit - When the set limit value is exceeded, output…
Part Number: TPS25926 Other Parts Discussed in Thread: TINA-TI , TPS25925 Tool/software: TINA-TI or Spice Models Hello Modeling Team,
My customer is using the TPS25925/6x device. In TINA, they are seeing input current at 0A, but Iout is at load. I have…
Part Number: LMZ10504 Other Parts Discussed in Thread: LMZ31704 , LM10504 , TPS25925 , TPD1E05U06 when i use the LMZ10504，this module often damaged,the ouput pin has shorted to ground,
the input voltage is 4.5 and the output is 3V3.
please see the schematic…
Hi Rakesh, System parameters attached. TPS2592xx-Design-Calculator-RevA_v2.xlsx The customer compared the calculated parameters with the values in the calculator and did not find differences. There are no problems with start when the capacitive load is low…
Hi Yokota,
The device will have a successful startup if
the device starts up with No-Load. That is your load should not draw any current until Vout reaches close to Vin.
Use a 10nF dVdT Capacitor.
I have uploaded the updated calculator where you can…
