Part Number: TPS65320-Q1 Other Parts Discussed in Thread: LM7480-Q1 , LM76003-Q1 , TPS65320D-Q1 , LM5163-Q1 , TPS22919-Q1 , TPS61165-Q1 , TLV766-Q1 , TLC5926-Q1
Hi,
We are designing a new instrument cluster for commercial vehicles. Below is…
Part Number: LM74800EVM-CD Other Parts Discussed in Thread: LM74800-Q1 , LM7480-Q1 Hello:
Under the following application conditions: the voltage of battery 1 and battery 2 cannot be the same in many cases. Each time the battery is powered on, the battery…
Part Number: LM74700-Q1 Other Parts Discussed in Thread: LM7480-Q1
Hi,
It is mentioned the following on the datasheet.
Does it mean that the device and suitable TVS diode is based on ISO7637 "Pulse5?"
If yes, which was the TVS diode used?
…
Hi Florian,
During startup, the FETs are operated in linear region where there will be power loss due to voltage across the FET (Vin-Vout) and current flowing through the FETs (Inrush Current to charge the capacitors + load current). We need to ensure…
Part Number: LM3488Q-Q1 Other Parts Discussed in Thread: LM3488 , LM7480-Q1 , LM3478 Hello,
I have a strange issue with LM3488 that happens only when my design has connected load. (> 0.5Amp) during startup.
Input is 12V and configured output is 24V…
Hi Praveen GD,
Having a great day!
Thanks for your reply,
LM7480-Q1 is similar to IC that we need for our application, but will not serve our purpose because its input voltage range is 3-65V but our input range requirement is 80V . So please suggest…
Part Number: LM7481-Q1 I've previously brought this question up in a different thread regarding the LM74801, and use of the LM74810 was recommended by Praveen as a solution because of the linear comparator's ability to block reverse current. See this…
Hi Diego,
You can use the LM7480-Q1 with FETs in Common Source or Common drain configuration as shown in images below.
Using Common source topology in the right side of the image below should solve your issue.
