Part Number: OPA1633 Hi,
i was looking at the datasheet for the OPA1633, which we want to use in an application with a single +5V rail (+-2.5V and 2.5V midpoint voltage).
In the datasheet only the output voltage swing for +-15V is provided. Therefore…
Part Number: TLV320ADC6140 Other Parts Discussed in Thread: OPA1633
we are desiging an audio circuit where we use a fully differential amplifier OPA1633 as a preamp for the ADC TVL320ASC6140. the output of the FDA is adjustable and the moment we are generating…
Part Number: OPA1633 Dear BU friend:
My customer faced OPA1633 thermal problem exceed 60℃ when the input is 10V and output is about 2V. The output connect to ADC directly.
Is it normal?
Here is the schematic and waveform of the input and output.
The…
Part Number: OPA1633 Hi team,
My customer is looking for a headphone amp for their new gaming headset application.
Could you recommend an AMP which fits below customer's requirements? I've already checked our TPA61xx series. But they were all stereos…
Part Number: OPA1633 Other Parts Discussed in Thread: OPA1612 , OPA1637 , Hello Mr or Mrs.
I designed I/V converter and MFB filter with Fully Differential Amplifier(FDA) for output of DAC(AK4499exeq)
I would like to verify the design and have some ques…
Part Number: OPA1633 Other Parts Discussed in Thread: THS2630 , Hi teams,
Hope this mail finds you well.
My customer has an application and want to inquire about an amplifier with relatively low THD for audio, differential input, gain can be set, and differential…
Part Number: OPA1633 Can you give me an estimated first-availability date for this part (qty 2,500), and can we get in the queue for order today? Looks like a very nice part -- kudos.
Part Number: OPA1633 Other Parts Discussed in Thread: OPA1637 Hi Expert,
Customer looking for audio AMP solution to achieve differential signal input to single-end output. do you have recommend solution for this?
Regards,
Mark
Part Number: THS2630 Other Parts Discussed in Thread: OPA1633 , OPA1632
I am looking for a single-ended to differential ADC driver.
The input is a single-ended signal span between -12 V & +12 V, frequency up to 25 MHz. I need to convert the +/-12 V…