Hi Jeff,
Jeff McPherson said: Also just for your awareness, we are releasing a part later this year which is supposed to replace the AIC1110: TAC5111 (the AIC1110 is not planned to be obsolete, just not recommended for new designs). I understand if your…
Hi Jeff,
Q1. I am considering mounting an external zener diode for overvoltage protection on the analogue inputs and outputs (MIC1P/N, EAR1OP/N) of the TLV320AIC1110, I plan to use a component with Vz=3.3V (min), is this a problem?
Q2. Is it OK if PCMCLK…
Part Number: TLV320AIC1110 Hi,
I have a question about register settings for TLV320AIC1110.
■Question 1 <Power Control Register:00-1> This is a question regarding the timing of powering on the Reference System and canceling the power down of the channel…
Hi,
This algorithm is reducing the DR, not necessary the loudness.
Here is more information on μ-law algorithm:
https://en.wikipedia.org/wiki/%CE%9C-law_algorithm
Regards.
Part Number: TLV320AIC1110 Hi,
<Question 1 > I want to output the received signal as analogue signal 1 and input analogue signal 1 again externally to the same PCM codec in order to transmit it to the next terminal as well. Would the signal not be…
Part Number: TLV320AIC1110 Hi all,
About TLV320AIC1110, i don't find the package size in DATA SHEET.And i only find the package type TQFP.
Can you please provide the package size TQFP-32 about tlv320aic1110?
Thanks!
BR!
GUO
Part Number: TLV320AIC1110 Hi, Sir.
I am one of TI audio chip users. Currently I am using tlv320aic1110, a PCM codec chip to design a handheld system. In order to understand this PCM codec, I did certain measurements and tests for this chip’s performance…
Part Number: TLV320AIC1110 Hi Guys,
Could you check our customer's concern about the datasheet's information.
Customer's notice an error in the datasheet and it has something to do with which MIC input is enabled when PWRUPSEL is high.
On page…
Part Number: TLV320AIC1110 Hi all,
Now,i want to know how to test the parameter above by using the tlv320aic1110evm?
1)Transmit idle channel noise, psophometrically weighted
I input signal the TXPGA gain= 0 dB, MIC Amp 1 gain = 23.5 dB,MIC Amp 2 gain…