Part Number: TPS55165-Q1 Other Parts Discussed in Thread: LM2611 Hello,
I've previously received assistance with regard to design & layout of the TPS55165 Buck/Boost converter. There have been issues with the stability of the output when varying the…
Part Number: TPS55165-Q1 Hello,
I previously had issues with my TPS55165-Q1 layout's, and wanted to get some advice before sending another revision off to be manufactured. I have taken on Mulin's advice for thicker power traces & copper pours around…
Part Number: TPS55165-Q1 I have attached a circuit diagram and voltage waveform. Channel 4 (green) is a 12V output TPS55165-Q1, and when driving a load, it fluctuates as shown in the attached image. 1. Is this fluctuation reasonable under the following…
Part Number: TPS55165-Q1 My customer cannot trigger IGN with 3.23V or 3.27V, but it successfully triggered IGN with 3.41V. However, the datasheet claims the typical threshold is 3.1V, maximum is 3.7V. Does it mean that customer needs to use >3.7V voltage…
Part Number: TPS55165-Q1 I have made two separate designs using the TPS55165-Q1, as per the webench recommendation to generate 12V out, intended for use with a 8 to 28V voltage input range. The nominal output at 12V is approximately 10.6V.
No loading…
Part Number: TPS55165-Q1 Tool/software: How to start up the TPS55165-Q1 when the input voltage value is blelow the Vin_ startup value, which is typically 5.3V. The applicaion is Vin=2.7V, Vout=5V , Iout =0.22A.
Part Number: TPS55165-Q1 Tool/software: I'm wondering if there is a output reverse voltage & reverse current protection diode inside the TPS55165.
Should I consider this diode in FET(red box in picture) as a reverse current prevention device?
Part Number: TPS55165-Q1 Other Parts Discussed in Thread: TPS55165Q1-EVM Tool/software: The input and output capacitors of the TPS55165Q1-EVM evaluation board are 5570 size capacitors. 1. Generally, the reduction in effective capacitance due to the DC…
Part Number: TPS55165-Q1 As in
TPS55165-Q1: The SPICE model of TPS55165-Q1 (for LTspice)
I have problem due to bootstrap pins. They generate error in my PSPICE simulation. Can someone explain why BST1 and BST2 showed as open(not connected) are tgy…
