Hi Kevin,
Kevin Mauro said: When I run the device, it says there is 0.00 A current coming out of the DC power supply. It shows 0.00A with 5V input (boosts to 12V successfully) and 3.7V input (outputs 3.33V). Always 0.00A.
That should be the problem! At…
Part Number: TLV61046A Hello Team, We want to drive a piezo fan in one of our circuits. The Vpp is +/-15V. Can I use the same circuit for the piezo fan also? Looking for your reply.
Part Number: TLV61046ATLV61046ADBVR PAGE.9
Conditions for the Power Save Mode
What are the other conditions besides exceeding 200mA?
because PAGE.7 Figure 6-9. Input 1.8V can output at least 800mA
Page E9 says the output current is up to 200mA, PAGE7…
Part Number: TLV61046A Other Parts Discussed in Thread: TLV61046 , Hi everyone:
As the title, I assembly circuit with datasheet example circuit
I replace R1 and R2 with 470k and 82k to output voltage about 5.38 voltage.
This picture is my actually circuit…
Part Number: TLV61046A Hi team,
Regarding the FB resistors (R1=1MΩ, R2=71.5kΩ at the datasheet), I understand that if the resistance ratio is not changed, there is no problem even if the resistance value is reduced by one digit, However, as…
Part Number: TLV61046A Hi,
we are using the TLV61046A boost converter to power a sensor in a NBIOT low power, battery powered application. We use a 3.6V lithium battery and have configured the device to get 5VDC on the output:
We have used suggested…
Part Number: TLV61046A Hello,
I am using the TLV61046A for boost converter from 3.3V to 5V with output current of 80mA.
Circuit parameters:
input capacitance - 10uF
output capacitance - 10uF
Inductance - 10uH
My problem is when the PS is already on with…
Part Number: TLV61046A Other Parts Discussed in Thread: TPS61093 Hi,
The customer wants Boost products to be applied to the remote control OLED display.
As a result of the design of TLV61046A WEBENCH, 40 mA is the limit.
VIN : 1.8V ~3.3V
VOUT : 16.5V …
Part Number: TLV61046A Other Parts Discussed in Thread: TPS61040 , TPS61046 ,
Hi, Good Day.
I want to make a PCB board to drive bistable solenoids. I need a boost that takes me from a minimum of 1.8V to about 24V to charge the capacitors that drive the solenoids…