Part Number: TPA2005D1-Q1 Hi,
I have request from Automotive customer to estimate suitable amplifier to drive 50ohm speaker.
Amplifier should be automotive , and 5V power supply
Speakers specifications are follows.
DC resistance:50 ohm
Power Ratings: 0…
Part Number: TPA2005D1-Q1 Team,
well, it's all in the title. Should a filter be planned when the speaker is 10cm away and off board (hanging off wires)?
Olivier
Part Number: TPA2005D1-Q1 Hi Expert,
Our customer is developing audio with TPA2005D1-Q1. At the begining of playing, a clear click noise can be heard. As below pic shows. Do you have any suggestions about that? Also, any related learning material is highly…
Part Number: TPA2005D1-Q1 Other Parts Discussed in Thread: TPA2005D1 , TPA2011D1 , TAS2563 , TAS2562 Hi Expert,
Our customer currently uses TPA2005-Q1 but the output power is not enough. They are looking for replacement. The output power needs to be 8W, and…
Part Number: TPA3132D2 Other Parts Discussed in Thread: TPA2005D1-Q1 Tool/software: Hi E2E team,
Our customers require that the detection circuit be implemented in TPA3132D2 with reference to the following voltage divider design:
I would like to consult…
Part Number: TPA2005D1-Q1 Other Parts Discussed in Thread: TLV320AIC3106-Q1 , TPA2005D1 Hi,
I'm planning to use TLV320AIC3106-Q1 audio codec with TPA2005D1-Q1. In data sheet it is given in an image as below in which IN- is positive input.
And in…
Part Number: TPA2005D1-Q1 Hello,
my customer wants to use TPA2005D1-Q1 with the single-ended input configuration in order to replace a discrete H-Bridge stage.
The input signal is a PWM (88 KHz) from µC output. Is the IC expected to work with this…
There are two different protection mechanisms on the TPA2005D1-Q1:
1. short-circuit protection: This is designed to detect shorts to battery or ground. It works by monitoring the current through the output drivers and will turn off the device when a short…
Other Parts Discussed in Thread: TPA2005D1-Q1 Hello,
Customer is using LC filter (L=33uH and C=2.2uF).
They increased the capacitance to 10uF to reduce 250kHz noise and pass the EMI test, but switching was stopped.
Please answer following question from…
Other Parts Discussed in Thread: TPA2005D1-Q1 Hello,
Please answer following question from customer.
Gain is determined by following equation.
Q1: Gain specification
Does above specification mean total Gain tolerance from input to speaker including…