Part Number: TAS6424E-Q1 Other Parts Discussed in Thread: TAS6424-Q1 Hi There, I am getting wrong impedance value of tweeter in TAS6424e-q1 Amplifier.
I have connected two tweeter(4 ohm, 4 ohm) parallels to two speaker(4 ohm, 4ohm) to channel1 and Chan…
Part Number: TAS6424E-Q1 Other Parts Discussed in Thread: TAS6424E Hello,
we are using the TAS6424E and I was wondering if we can connect the I2C_ADDRx directly to VCC or GND or we have to add a serial resistor ?
Part Number: TAS6424-Q1
Hi, Support Team
our client have three question as below:
Q1: we are currently doing an experiment. I connected a cement resistor in series between the Amplifier and the Speaker, and the volume became smaller. So when the impedance…
Hi Imed
Imed said: Is there a way to smooth out these amplitude jumps?
The Volume increase is designed with fixed dB change, it's normal you would see the waveform changing quickly when power becomes larger. For TAS6424E device, there's no way to further…
Hi Xiang
The load diag results are not included to the normal Fault state in TAS6424 device. Clear fault won't work.
We could consider using Reset to clear it. But all of the register would be reset, you'll need to re-config the one you need to…
Part Number: TAS6424E-Q1 Other Parts Discussed in Thread: TAS6424E Hi team,
Could you please advise if all channels are enabled or 1 of 4 channel only enabled for Datasheet Figure 7-5. Output Power vs Supply Voltage?
I would like to drive TAS6424E under…
Part Number: TAS6424E-Q1 Hi expert,
The customer is wondering if there is a register similar to the Fault Pin, where a certain bit of a register can be used to monitor global faults.
I am not sure if the 7th bit of 0X21 can achieve this monitoring of…
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 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