Part Number: LM73605 Hi Team,
My customer is seeking for solution to realize, 12V input and -5V output with 3A load ability. I recommended our LM73605 to working as buck-boost inverter to realize this. I use our TINA to simulated and would you pls help…
Part Number: LM73605-Q1 Hello,
VCC pin capacitor design guideline says use of 2.2uF. If this capacitor is not mounted properly in design, what will be impact.
Part Number: LM73605-Q1 Other Parts Discussed in Thread: LM73605 HI Team,
My customer now use LM73605 in their 4D radar project.
Could you help to review the SCH?
Thanks!
Part Number: LM73605-Q1 Hi Team,
There is a good new that we could DIN TI product! But cause LM73605QRNPRQ1 is out of stock !
Could you help find out alternative solutions for the parts below? (can be supplied normally at present would be better …
Part Number: LM73605-Q1 Hi Team,
There is a good new that we DIN TI product!
Customer is looking for the replacement of LM73605QRNPTQ1 & LM73606QRNPTQ1
Please help suggest TI solution, THX
Part Number: LM73605 Hi Guys
Our customer use LM73605 to realize 5A DCDC. About the SW ring inhibition, they think add a RC between VIN and SW pin. Just as below. Could you help me understand how to achieve SW ring inhibition? Any calculation documents…
Part Number: LM73605-Q1 When the input voltage goes to lower than the output voltage, will LM73605-Q1 have any problem?
This condition means that the input voltage will ramps down or the power supply will be off for some reason before the output capacitor…
Part Number: LM73605
I have a circuit using the LM73605 as Buck converter 10-24V to 5V. It is about the same as the typical Application circuit from the Datasheet.
Cout = 160µ, L = 6.8µ, f = 500k (FORCED PWM), 5ms internal ss
With No load present…
