[Alex141]

Hi everyone, I’m new here and found this forum via a Google search. I’m having trouble finding the datasheet for this component show in the photo; it’s a programmable DC/DC converter. In the circuit in question, it takes in 5VDC and outputs 3.2VDC. Could anyone help me identify it? Thanks in advance. Pin 4 in - pin 9 out - lead GND

 

[GigHz]

The 5 V input and 3.2 V output help, but pin 4 IN and pin 9 OUT alone probably aren’t enough to identify the exact part. If you can post a close-up of the marking on the component, that would be the best clue. A photo of the surrounding circuit would also help, especially the pins connected to resistors or feedback.

 

[Delta Prime]

Hello welcome to electronics-lab.
5013 DC to DC Buck converter.
Thermally enhanced small-outline integrated circuit (often called PowerPAD™ or HSOIC-8/DDA).Pins: 8 leads arranged in two rows of four with a flat metal pad underneath.

 

[Harald Kapp]

5013 DC to DC Buck converter.

Count the number of pins of the original chip and compare to the datasheet

 

[Martaine2005]

Pins: 8 leads arranged in two rows of four

Erm,

 

[Delta Prime]

Count the number of pins of the original chip and compare to the datasheet

Erm,

5013 - Component identification​

Please accept my apologies for submitting the wrong component datasheet earlier. I understand that accuracy is critical for our transfer of correct information, and I regret any confusion this may have caused.

 

[Alex141]

The 5 V input and 3.2 V output help, but pin 4 IN and pin 9 OUT alone probably aren’t enough to identify the exact part. If you can post a close-up of the marking on the component, that would be the best clue. A photo of the surrounding circuit would also help, especially the pins connected to resistors or feedback.

The 5 V input and 3.2 V output help, but pin 4 IN and pin 9 OUT alone probably aren’t enough to identify the exact part. If you can post a close-up of the marking on the component, that would be the best clue. A photo of the surrounding circuit would also help, especially the pins connected to resistors or feedback.

Thank you for trying to help. Looking more closely, the output to the external MOSFET is on pin 7 and the FB is on pin 9 (2.5V). A photo of the circuit is attached. The brown wires are from the coil that I removed to visualize the entire circuit. And the logo really is indecipherable.

 

[Alex141]

Count the number of pins of the original chip and compare to the datasheet

There are two rows of 5 pins, not 4. Even so, thank you.