Part Number: TPA3118D2-Q1 Hi, TI Support Team
I have received inquiries about the TPA3118D2-Q1 product from customers, and we ask for confirmation.
Description of FAULT pin is as follows.
Is the high status of the FAULT pin internally pulled-up?
If you…
Part Number: TPA3118D2 Other Parts Discussed in Thread: TPA3116D2 Hello,
I'm interested in designing a dual mono amp using two TPA3118D2 ICs. The goal is to approach 100W output into a single speaker.
The data sheet is excellent and makes it clear that…
Part Number: TPA3118D2-Q1 Other Parts Discussed in Thread: TLV320AIC3104 , , TPA3118D2 Hi Team,
TLV320AIC3104 will be the source of the audio signal, and the analog output of this CODEC will be input to TPA3118D2-Q1.
We are developing the Audio module on…
Part Number: TPA3118D2 In the datasheet, it said TPD3118D2 can support 2x 30W@8ohm, 24V. How about 2x15W (stereo) and 1x 30W (woofer) @4ohm, 12V?
Thanks
Part Number: TPA3118D2-Q1 Hi Team,
Could you please help to check whether VCC 5V PBTL can fulfill continuous 20W output?
The chart in the DS is too rough, not sure whether the device can support 20W output when Vcc is 5V. Thank you.
Best regards,
M…
Part Number: TPA3118D2 Hi
Customer to check different settings to achieve the highest level possible with the TPA3118D2, also asked us the evaluation process and if there is any standardized tool we could use to approve the recommended solution. The tool…
Part Number: TPA3118D2-Q1 Hi Team,
1. Provide THD and SNR at 1W and 20W for the part TPA3118D2QDAPRQ1
2. Provide THD and SNR at 1W and 20W for the part TAS5803M
3. Provide difference for above part TPA3118D2QDAPRQ1
and TAS5803M (Both THD and SNR 1W and…
Part Number: TPA3118D2 Hi
Customers want to use TI / TPA3118D2DAPR to achieve 2.1-CH (left channel 15W speaker, right channel 15W speaker plus 30W bass)
1. Can our above TI / TPA3118D2DAPR design support 12V input and use 4-ohm speakers?
2. Following…
Other Parts Discussed in Thread: TPA3118D2-Q1 We are using TPA3118D2-Q1 Amplifier, We want to know is there any option to do auto speaker impedance matching. If no pls suggest ,how to handle this requirements without additional circuits.