Part Number: TLV61048 Hi teams,
I am looking to design a 3.3V to ±14V DC Boost Converter using the TLV61048. I have consulted and based the design from the SLVAEJ3 Application Note: Generating Negative and Positive Voltage Rail With Boost Converter…
Hi Ferugs Thanks for your information.
As for pspice model TLV61048, Is there any progress on the confirmation of model or waveform test on EVM ? Before next move, I want to figure out whether the model is operating correctly. Thanks
Part Number: TLV61048 Hi guys,
The following is the relevant section of my schematic:
When the TLV61048 gets 5V, it releases smoke.
The issue can be reproduced when the circuit only contains the TLV61048 and the NRS5020T3R3NMGJ inductor. Only VIN, EN…
Part Number: TLV61048 Other Parts Discussed in Thread: TPS61230A , TPS61023 Hello,
We have a product on the market that uses the TLV61048. Input is 3x 'C' cell batteries. Output is 5V, 1.2A. It only runs for about 5 seconds, then 30 second wait, then…
Part Number: TLV61048 Hi,
We have an issue of overconsumption of current with the 14-V output voltage boost converter. We have measured the current in the following conditions:
Enable pin (En) is in low state (0V) and the inductor is connected: Current…
Part Number: TLV61048 Other Parts Discussed in Thread: TPS61087 Hello,
I have a system that is powered by three 'C' cell batteries, nominal voltage 4.5V and decreases to 4V as they are depleted. We are using this to power a motor. Motor comes in two…
Part Number: TLV61048 Other Parts Discussed in Thread: TPS61372 , TPS61175 , TPS61089 Hi team,
The requirement is: VIN=5V, Vout=12V, Iout=0.8A. Could TLV61048 meet the requirement?
From datasheet, the minimum peak switch current limit is 2.9A and this device…
Part Number: TLV61048 Hello Team,
My customer wanted to locate pin 1 of TLV61048DBVR, can you share with us which is pin 1 on the photo below?
Regards,
Renan
Part Number: TLV61048 Hi
TLV61048DBVR output voltage should be 9.7V, but the only 8.xV on the failing part.
It has been confirmed that the customer’s voltage feedback resistor (R1, R7) uses 1% of the material.
The FB PIN with NG sample is 0.687V…