Part Number: OPA209 Please, how long is possible to storage part: OPA209AIDBVR in original package before soldering process? Is possible to use 5 years old compontet?
Part Number: OPA209
Dear TI support team,
We have recently received a shipment of OPA209 wafer (device: 10209PEAIMX) under lot number 0759565. To proceed with our wafer dicing process, we require the digital x-y die location map file (preferably in…
Part Number: OPA209 Other Parts Discussed in Thread: OPA2604 , OPA2209 , LME49860 Tool/software: I might have posted this multiple times, I walked away from my desk mid post and don't remember if I sent it yesterday...
We are extremely happy with the…
Part Number: OPA209 Other Parts Discussed in Thread: OPA350 , , OPA354 , DDC264 , OPA328 Hi team,
Could you please kindly help check if OPA209 or OPA354 replace OPA350 for DDC264?
Thanks,
Brian
Part Number: OPA209 Hello Support team,
My customer inquires how to consider the abs max. They found that voltage might apply to signal input pin before V+\V- power up, in other word V+=V-=0V. Even if signal input pin has out of abs max range, if the…
Part Number: OPA209 Other Parts Discussed in Thread: OPA171 , Hi support team
When the input voltage (pin3, 4) is greater than VCC (pin 5) , the output pin (PIN1) will be locked at high level, causing OCP to be detected when start up.
There is no…
Part Number: OPA209 Other Parts Discussed in Thread: OPA145 Hi,
if an op-amp voltage follower is behind a multiplexer, the input voltage of the op-amp might rise or fall faster than the slew rate of the op-amp and current might flow through the input…
Part Number: OPA209 Hi team ,
In the datasheet of OPA209, the frequency response curve shows that the phase shift of fc is about 80 degrees. But in the parameter table, there is a column that says that the phase margin is also about 80 degrees.…
Part Number: OPA209 Other Parts Discussed in Thread: OPA197 , LM7705 Hi support team
we notice that OPA209 would output 350mV under no 12V output condition
B rief schematic are shown below, would you please help to check about this?
CH1: 12Vb…