Part Number: LP8865Y-Q1 Other Parts Discussed in Thread: TLC555 Hii
I have a derating requirement to protect Light Guide and Mechanical parts above 70C . 50% deraitng is not sufficient to protect it . so more than 50% derating to be implemented to safe…
Part Number: LP8865Y-Q1 Other Parts Discussed in Thread: TPS923652 , LP8865V-Q1 ,
Hi team,
Purpose: To confirm the equivalence and understand the part number differences between LP8865Y-Q1 / LP8865V-Q1 and TPS923652/3.
Background / Setup:
We…
Part Number: LP8865Y-Q1 Tool/software: Hi I am using LP8865Y-Q1 for Buck-Boost application.
I need design calculator sheet for analysis.
vishnu.govindaraj@methode.com
Please send the design calc tool to above email.
Thank you.
Part Number: LP8865Y-Q1 Tool/software: Hi,
I have used the "LP8865YQDMTRQ1" LED driver in buck-boost configuration to drive 4 LEDs with max 400mA current.
I have given the 24V in input (VIN_DRIVE), during power supply ON i kept the led driver disable…
Hi Yuto,
Yuto Kitamura said: Q1:Can you try lower PWM Dimming frequency (e.g. 250Hz or 400Hz) for the EVM of LP8865Y? I think there is no inventory of EVM anymore for we can evaluate.
LP8868YQ1EVM is now on ti.com. LP8868YQ1EVM | Buy TI Parts | TI…
Part Number: LP8865Y-Q1 Tool/software: Hello TI team, I need a calculator for LP8865Y-Q1 buck converter application so could you please provide this calculator? thank you
Part Number: TPS923655DMTREVM Other Parts Discussed in Thread: LP8865Y-Q1 , Tool/software: Hi team - I see the TPS923655DMTREVM is recommended on the LP8865Y-Q1's product page. Can the TPS923655EVM be used to evaluate the LP8865Y-Q1?
If so, what modifications…
Part Number: LP8865Y-Q1
Tool/software:
I designed LED driver circuit using LP8865 buck boost converter and having some error like current variation at the output side while I am changing input voltage from 9v to 16V. so could you please help me to…
Part Number: LP8865Y-Q1 Tool/software: Hi Teams,
The customer's output setting is 555mA, but the output current has always been like this. What is the reason? Poor phase margin?
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