Part Number: TPS60401 Other Parts Discussed in Thread: MAX660 Hello,
The input voltage can be raised to 11V in max660 according to the datasheet, but as a charge pump also, The maxim voltage is 6.5V in TPS60401 when used as "Split V+ in Half ". Is it…
Part Number: TPS60401 Other Parts Discussed in Thread: TPS63700 I tried to an a 3rd stage of this component with the accompanying capacitors and it could not drive my circuit. For the LEDs the circuit is driving, it would should require anywhere from…
Part Number: TPS60401 Customer use TPS60401,There is a fault which is large ripple in low temperature(10°C~15°C)
When Temperature is 25°C ，TPS60401 Output will be OK.
input 2.3V
output -2.2V
Part Number: TPS60401 Hello,
I'm curious as to the pro's and con's of cascading more than two of the TPS60401. I have the doubling inverter working with two devices (Vin=5V, Vout =~10V, actually a little less than 10V).
I see the datasheet states…
Part Number: TPS60401 Hello Expert,
I have checked recommended value on the data sheet.
I have some inquires as below.
1. How much can I use max. capacity for Co?
Our customer is going to use 100uF for Co.
Is there no problem?
2. How much…
Part Number: TPS60401 In the middle of August (2022) Texas Instruments declared this part (the entire TPS6040x family) to be Non Rohs. This cause an issue since it was RoHS years ago when we started using it.
I can no longer use this part again unless…
Part Number: TPS60401TPS60401 input 2.5V, when the temperature drops to - 40 degrees Celsius, the input voltage suddenly drops below 1V, TPS60401 is removed from the PCB, and the front output 2.5V returns to normal. The former input is DC/DC module,…
Part Number: TPS60401 Other Parts Discussed in Thread: LM828 Hey Team,
I have a customer that is using the TPS60401 for their previous generation handheld Digital Multimeter.
Could you provide any recommendations for a device that targets higher precision…
The TPS60401 can quickly discharge the output capacitor (Q5 in the functional block diagram). But during startup, the output capacitor must be charged, and this requires switching for a certain time (and more current; see figure 5). To decrease startup…
