Part Number: LM63610-Q1 Tool/software: Hi,
For my application, I have chosen the buck converter LM63610DQDRRRQ1 with the following specifications:
Vin 12V
Vout 1.2V
Iout 0.5A
Fsw 400KHz
I filled out the calculator sheet with those details…
Part Number: LM63610-Q1 Tool/software: Hi,
In datasheet, it is recommended to use 1uF, 16V capacitor.
1)Whether 1uF, 10V can be used?
2)What is the minimum capacitance value (considering DC bias) we must ensure for proper operation?
Thanks
Part Number: LM63610-Q1 Tool/software: Hi,
We would like to perform simulations for LM63610DQDRRRQ1. Kindly share the unencrypted/simetrix spice model of LM63610DQDRRRQ1.
Thanks,
Sri Viswa
Part Number: LM63610-Q1 Tool/software: Hi,
Please provide the following info for power dissipation calculation of buck converter
1)Power dissipation calculation formulas (if any specific to IC) 2)Rise time & Fall time 3)Diode drop of low side switch…
Part Number: LM63610-Q1 There are two questions about the output short circuit of LM63610-Q1. (1) From the description of datasheet, there is inherent protection for output short circuit. Whether LM63610 will be damaged if the short circuit sustains without…
Part Number: LM63610-Q1 Tool/software: Hi,
When reset pin closes, there might be short term high current due to trace inductance (1uH is taken as worst case) & 1nF decoupling capacitor. This will last in terms of some duration (in terms of some 100…
Part Number: LM63610-Q1 Other Parts Discussed in Thread: LM63615-Q1 , LMQ66410-Q1 Tool/software: Team,
My customer needs to design Buck power stage
- KL30 input
- 2.2MHz
- 3.3Vout
- Load max nominal 1.2A
- under Vout short condition, current…
Part Number: LM63610-Q1 Hi TI team,
Currently I am checking factory information for LM63610DQDRRRQ1 for internal approval process.
PPAP that we got doesn't mention exact wafer factory address but only fab name and shortened location name is there…
Part Number: LM63610-Q1 I have a project need a 5V when:
1. input 6.8~19V,output voltage 5V or a little higher(external power supplier,consider the cable loss),output current 0~0.5A.
2.we need to get a well EMC performance,so what's you proposal for…
