Part Number: LM73605-Q1 Hi team,
As written in the data sheet of LM73605-Q1: it has over-current protection and thermal shutdown protections.
But our customer wants to know the recovery time of over-current and overheating.
For example, the thermal s…
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…
Part Number: LM73605
Hello,
Could you please let me know what this symbol in the datasheet means?
My customer is asking because it can matter their internal part selection rules.
Best regards,
Itoh
Part Number: LM73605-Q1 Hi Expert,
I didn't see the detail description about Rsync, could you help to know why need to add Rsync when use external clock ? and why recommend to use 50 to 100 ohm of the terminal resistor?
thanks.
Mark
Part Number: LM73605 Hi team,
The SW waveform of LM73605EVM_5V_400K is abnormal when I made the following changes.
R2 changed from 100k to 52k and the output became 3.07V
add 4.7R in series to boot cap C7
As the input voltage increases to 20V, the SW…
Part Number: LM73605 Hi;
We are developing a DC-DC circuit which turn a 12V input to 5V output with out current below 5A. We choose TI LM73605 ,the circuit is posted. As pointed out in the datasheet, if we let RT pin floating, the switching frequency…
Part Number: LM73605 Hi,
Please help to check the schematic. this is a 24VIN, 12V4A out design. I've compared with webench. no obvious issue found. thanks for the support.
x.pdf
Part Number: LM73605 Dear TI team:
How to get TI device IBIS model,my customer needs a lot of IBIS models of TI P/N, include power, logic.
Thanks!
Regards!
Eric Shen
Part Number: LM73605-Q1 Hi, team.
I see in LM73605-Q1 datasheet, EN is not allowed for left floating use. What is EN internal status? Is it pull-up, pull-low, or just high impedance?
Thanks.
Johnny
Part Number: LM73605-Q1 Other Parts Discussed in Thread: LM73606-Q1 Tool/software: WEBENCH® Design Tools I have designed a voltage converter for 3.3 power supply. The input supply voltage is around 24V, the current output designed is 5A.( 5 A (LM73605-…