Part Number: TPA3126D2 Other Parts Discussed in Thread: TPA3116D2 皆さんこんにちは
私も
皆さんこんにちは
私もTPA3116D2をTPA3126D2に置き換えテストをしています。 TPA3116D2は正弦波4Ω40Wステレオで連続動作しますが、TPA3126D2は2分程度で間欠動作となってしまいます。 IC放熱板の温度はTPA3116D2は最大143°Cですが、TPA3126D2は65°C程度で間欠動作となります。 放熱板に送風すると連続動作します…
Part Number: TPA3126D2 Other Parts Discussed in Thread: TPA3116D2 皆さんこんにちは
私もTPA3116D2をTPA3126D2に置き換えテストをしています。 TPA3116D2は正弦波4Ω40Wステレオで連続動作しますが、TPA3126D2は2分程度で間欠動作となってしまいます。 IC放熱板の温度はTPA3116D2は最大143°Cですが、TPA3126D2は65°C程度で間欠動作となります。 放熱板に送風すると連続動作します…
Part Number: TPA3126D2 Hi Team, seeking for some confirmation.
TPA3126D2 the recommended Filter has a cut off frequency about 60.5 kHz. Why we want it so high instead of 40 or 50 kHz.
on the datasheet on the schematic, at page 24/41 there is a schematic…
Part Number: TPA3126D2 Hi MPA team,
My customer is asking what is the differnece in the impedance value you see in 8.3.1 and 8.3.2.
8.3.1
8.3.2
Thanks,
Luke
Part Number: TPA3126D2 Other Parts Discussed in Thread: TPA3116D2 Hi Team,
My customer wants to replace TPA3116D2 with TPA3126D2. Does the schematic need to be changed?Any things should take into consideration?
Thanks and regards
Part Number: TPA3126D2 I've implemented a stereo 50W amplifier design using the TPA3126D2 amplifier chip. I'm having an issue passing CISPR25 radiated emissions. Initially I was operating the chip at 400KHz, but while the fundamental falls in a gap band…
Part Number: TPA3126D2 Other Parts Discussed in Thread: TAS5756M , TPA3156D2 Hi,
I have a question regarding this part (TPA3126d2). On my current project, I have to design a BT speaker who needs to drive 2 speakers (1 pair) of 6 ohms each, but it also…
Part Number: TPA3126D2 Hi, TPA3126D2 is configured in 2 x BTL Mode, differential Inputs, AVDD=PVDD=24V, PLIMIT=GVDD, Hybrid Mode (ModSel=Gnd), Gain=20dB, AM0..2=Gnd, FaultZ connected to SDZ.
What are the thresholds for the SDZ and Mute Pin? Currently…
Part Number: TPA3126D2 My design using the tpa3126d2 is showing an issue. The output looks good but after playing a few minutes it drops by about 6dB. Input voltages are the same. Doesn't appear to be thermal related. The audio input signal is at the…