Part Number: DRV135 Other Parts Discussed in Thread: DRV134 Would connecting a lower load like 75 ohms to the two output pins of the driver (instead of 600 ohms) cause any damage to the driver or voltage signal?
Other Parts Discussed in Thread: DRV134 , DCH010515D Hi all
I'm involved in the design of some fairly high-end audio equipment for which we need to include a balanced audio line output; I'm looking to use the DRV134, but was hoping someone with more experience…
Hi Kai
Thanks for your detailed explanation.
In addition to a DRV134/5 at TX side, i t seems that a differential-to-single device like INA134/7 is needed at RX side, but the question here is that the customer only design the TX side and hence DRV134/5 is…
Other Parts Discussed in Thread: DRV134 Customer is looking at using a couple DRV134 to drive analog audio long distances (500 ft). Datasheet calls out Belden 9452 cable which is a twisted pair cable (one pair plus a shield). Is there a recommendation for a…
Yogesh,
Yes, the DRV134 and DRV135 can run on single supply as shown below. I have attached the simulation at the bottom of this post.
DRV13x Single Supply.TSC
Part Number: OPA1612 Other Parts Discussed in Thread: DRV134 Hi,
i am building a differential audio buffer input.
Because i do not need any gain, two follower topolgies seems to be better in terms of performances instead of two inverting or non-inverting…
Part Number: DRV135 Other Parts Discussed in Thread: DRV134 , Hi,
In the datasheet of DRV135, single ended mode section its mentioned that "DRV134 can be used as single ended". we like to know that DRV135 can be used in single ended mode.
As…
Part Number: TPS54332 Other Parts Discussed in Thread: DRV134 , , TPS54340B Hello,
I'm designing a system with several OPAMP and DRV134/5 requiring a positive and negative voltage.
So I was thinking of using 2 TPS54332 (1 positive and 1 negative) to…
Hi Joseph,
Got your point I have updated the schematics according, please go through it.
In datasheet it is mentioned that 1 bit of resolution will be lost in single ended signals, could you explain it in detail.
It is also mentioned to use Burr-Brown…