Part Number: TPA3156D2 hi,using the tpa3156d2 in pbtl,what rms power can i expect into a 2ohm speaker driver.Is there a guide for the size of the heatsink needed when driving a 2ohm load. and was there any testing done using film caps on the lc output…
Part Number: TAS5630B Other Parts Discussed in Thread: TPA3156D2 , TAS5630PHD2EVM , UCC27284 Tool/software: Hello
While a typical (audio) application doesn't require short propagation delays (and probably that's the reason why it's usually not provided…
Part Number: TPA3156D2 Hi Sir,
do you share the TPA3156D2 , TPA3116.TPA3118 emission consideration to 30W BTL configuration
especially the ferrite bead to LC redundant solution in EMI .,
is it possible the chamber data sharing(EMI form) for customer evaluation…
Part Number: TPA3156D2 Hello Guys,
Good day!
We have a customer who wants to confirm if they can configure the TPA3156D2 as a single ended output? Also, based on Table 1 in the datasheet, it seems that configuring the device as a unity gain is not possible…
Part Number: TPA3156D2 1. The working voltage of TPA3156D2 is specified under 26V. But we want to use at 28V. Because the charging voltage of 24V battery is 28V.
The charging voltage is designed not to exceed 30V.
Is it OK ?.
2. The attached heatsink…
Part Number: TPA3156D2 Other Parts Discussed in Thread: TPA3116D2 , TPA3126D2 Customers use TPA3156D2 to do 2*60W. When the sound is maximum, IC enters the state of protection
TI network shows TPA3156D2and TPA3116D2 are pin to pin, it's TPA3116D2's PCB…
Part Number: TPA3156D2 Other Parts Discussed in Thread: TINA-TI , Tool/software: TINA-TI or Spice Models Hello all,
I've been looking at the following devices in TINA:
TPA311xD2
TPA312xD2
TPA3156D2
All these devices are similar, and mainly differ by…
Part Number: TPA3156D2 Hello,
We are using the TI TPA3156D2 Class D audio amplifier. Here are details about our implementation.
PVCC = 25.6 VDC nominal. < 26 VDC max (no music playing) This is powered by a 3 cell Li Ion battery pack - PVCC can be as low…
I agree, 100Vrms is a lot to generate directly from any solid-state amplifier, audio or otherwise. There are designs that aren't specifically intended for audio, but could be made to work. I was making an out-of-the-box suggestion because sometimes…