Part Number: TLV320DAC3100 Hi,
For such system TLV320DAC3100 DAC+PA. There is a formula for calculating the cutoff frequency of the LC filter circuit in the rear speaker output Spec.
Based on a certain cutoff frequency we can calculate the combination…
Hi Marc-Alexandre
You can expect the current on HPVDD to be lower with 1k load. Output is 1Vrms, the output waveform will start clipping at ~ +/-1.5V with 16Ohm load.
Best regards, -Ivan Salazar Applications Engineer
Part Number: TLV320DAC3100 Hello Team,
are all these pins referring to IOVDD similar to SDA and SCL?
Are these pins open collector or push pull if configured as output?
Thank you and Best Regards, Hans
Part Number: TLV320DAC3100
Hello everyone,
I'm trying to configure this device through I2C interface, and I don't get an ACK in answer to the address.
Instead of this, SDA port stay up, and the clock goes down, (seems like a clock stretching…
Part Number: TLV320DAC3100 Hi Everyone, I am using TLV320DAC3100 in our company's prototype board. When I play the audio.wav file, I don't here any sound in my headphones, which I have connected through a 3.5mm jack.
qt850a:/sdcard # tinyplay…
Part Number: TLV320DAC3100 Hi, We are using TLV320DAC3100 to play sound, together with imx8mn-ddr4 chip of NXP.
The sound card was detected by ALSA.
However I get these warnings: # dmesg | grep -i tlv ... [19647.08h.39m.34s.087] [ 4.622645] tlv320aic31xx…
Part Number: TLV320DAC3100 Dear Team,
We could not able to find the supply current details for this TLV320DAC3100IRHBR audio codec from datasheet. Request you to provide the same.
Regards, Lithesh
Part Number: TLV320DAC3100-Q1 Other Parts Discussed in Thread: TLV320DAC3100 Hi team,
We have some issue about TLV320DAC3100, and we did not find an exact description in the spec sheet.
1. Do PIN5, 13, and 14 only need to be connected to the corresponding…
Hi Bhavesh,
I took some current measurements for 1W case:
1W
AVDD
2.51mA
SPVDD
268mA
HPVDD
5.05mA
IOVDD
0.021mA
DVDD
3.92mA
Total
279.501mA
The EVM is powered from USB-5V. I didn't capture 2W as that is actually too high THD+N levels…