Part Number: TAS6424E-Q1 Hi team,
The customer was always accused of having a low output volume during testing, and then adjusted the DSP output to a very high volume. After the adjustment, the AMP kept reporting a 0x24->01 (Clip Warning Register) warning…
Part Number: TAS6424E-Q1 Other Parts Discussed in Thread: TAS6424E Hello everyone,
I would like to ask for advice.
① Start AMP, change to PLAY mode and input 0 data. At this time, the noise is measured using the AP.
② Input audio data (Not 0 data) without…
Part Number: TAS6424-Q1 Other Parts Discussed in Thread: PCM1690 , TAS6424E We have gotten the EVM board driving audio from my windows media play / usb through to a speaker - that's good to see the chip working with some setup.
But we are having problems…
Part Number: TAS6424E-Q1 Hello all,
I'm thinking of lowering the gain level during periods of silence to reduce the noise level. Are there any precautions to be taken when performing this kind of control?
Regards,
Fukumoto
Part Number: TAS6424E-Q1 Hi expert,
My customer wants to know what is the current of TAS6424E-Q1 in Standby mode.
I found that the current in STANDBY mode is described in the DATASHEET.
Is the total current of STANDBY equal to Ipvdd_standby+Ibat_standby…
Part Number: TAS6424E-Q1 Other Parts Discussed in Thread: TAS6424E Hi team,
Could you please teach me a role of master clock.
My customer want to know necessity of master clock.
Regards,
Youhei MIYAOKA
Part Number: TAS6424E-Q1 Hi team,
Is there any function to suppress current at high temperatures in TAS6424E-Q1, like "Thermal gain foldback"?
If not, how to control current at high temp.
Regards,
Youhei MIYAOKA
Part Number: TAS6424-Q1 Hi team,
Could you tell me the solution when the I2C bus is stuck in low? I suppose that sending RESET or sending some clocks can resolve this issue. If yes, I'd like to know specific procedure.
Best Regards,
Shoji
Part Number: TAS6424E-Q1 1. Investigate the impact of PVDD ripple on signal-to-noise ratio
Original state, Vrms ≈ 5mV
Disconnect the original power supply of PVDD and switch to using a battery to supply power to PVDD, Vrms ≈ 5mV
2. Investigate…
Part Number: TAS6424E-Q1
Hi team,
Get one question about TAS6424E-Q1 calculation.
We get Fc = 192kHz, and FPWM output = 192kHz * 11 = 2.11Mhz
Could you help under stand how does the "11" comes from? Any register setting inside 6424 will affect this number…