Part Number: LM833 What does T3N and T3P mean on the LM833 datasheet? I can't find a definition. My guess is either temperature or voltage supply.
Can you help me understand this?
Tyler
Part Number: NE5532 Other Parts Discussed in Thread: RC4580 Hi,
Following the recent datasheet changes, including the representative schematic on the new NE5532 datasheet, as well as its degraded performance specifications, it appears that these parts…
Other Parts Discussed in Thread: LM833 , TINA-TI Tool/software: Hello E2E Experts,
Good day.
Tried using the LM833.zip available in the link below.
Need functional SPICE models for common op amps - Amplifiers forum - Amplifiers - TI E2E support…
Part Number: LM833 Tool/software: Hi,
can someone help me with reading of date code on package in photo? Marking is: 276K / Z89. I couldn't find any info about date code marking for LM833.
Thanks!
Part Number: MC33078 Other Parts Discussed in Thread: LM833 , , OPA2206 , OPA206 , OPA4206 Tool/software: Hi support team all.
I have received the following inquiry from our customer.
When comparing the data sheets, the MC33078 and LM833 appear to…
Part Number: LM833 I am inputting ±15V to the power supply, but it broke down due to a phenomenon in which the resistance value between the power supplies became low. There was no problem with the peripheral circuits, only the IC was broken. I tried introducing…
Part Number: LM833-N Other Parts Discussed in Thread: LM833 Hello,
Do we have the PSpice model for the LM833M available for a customer? I'm unable to find it.
Thanks,
Darren
Part Number: LM833 Hi,
We use LM833 to amplify the audio signal with VCC+/VCC- at +18/-18V.
On datasheet,±18V is the recommended operating condition,but also the maximum VCC is ±18V,like below.
So we are worry about our application,is LM833 can…
Part Number: LM833-N Other Parts Discussed in Thread: LM833 , LMP7732 , LME49721 Hi Team,
Could you help double check what's the min single power supply for LM833-N ?
Is it 5V ?
It's not quite clear in spec. My customer would like to use 3.3V…