Differential AC voltage gain from inputs of four TAS5630's to outputs their respective EVM's in PBTL mode at 60 Hz with 48 VDC power supply and no load was 16.01, 16.02, 16.02, 16.03. (That was not voltage gain from inputs of the EVM's.) The sample is…
Other Parts Discussed in Thread: TAS5630 , TAS1530 , OPA1632 , TAS5615 , TAS5630B Output offset voltage in BTL mode with AC-coupled inputs is specified up to 150mV. Is this also correct for PBTL mode? How can offset be minimized, or adjusted to zero?
Other Parts Discussed in Thread: TAS5630 When using an external driver to drive the TAS5630 oscillator inputs, are there any drive requiremnts that must be met as far as slew rates and duty cycles when driving these pins?
When we look at the signals emmitted…
Other Parts Discussed in Thread: TAS5630 , TAS5631 , TAS5613A , TAS5611A , TAS5518 , TAS5613 Hi All, The TAS5630 has quite noisy output. Doing an active monitor speaker is nearly not possible to drive the tweeter directly from TAS5630 - in quiet environment…
Other Parts Discussed in Thread: TAS5613 , TAS5630 , TPA3123D2EVM , TAS5611A , TAS5615 , PCM1808 , TAS5086
The TAS5613 and TAS5630 are capable of delivering considerable power for a distributed 25 VAC audio system. Are these good candidates for achieving a…
Other Parts Discussed in Thread: TAS5630 Please help clarify some things in tas5630.pdf which are unclear to customer. See below.
READY signal:
What does it do? Tas5630 does not really say. The only clues are in the PIN FUNCTIONS table statement …
Other Parts Discussed in Thread: TAS5615 , TAS5630 PBTL operation is obtained from the EVM by paralleling outputs after the final filters. PBTL operation per the IC datasheet is obtained by paralleling IC outputs before the final filters, which requires…
Other Parts Discussed in Thread: TAS5630 For TAS5630, are the numbers shown (600W x 1, 300W x 2, 145W x 4) in the datasheet are peak power or rms power?
Thx
Other Parts Discussed in Thread: TAS5630PHD2EVM , TAS5630 , OPA1632 Hi,
We are doing TAS5630 output power measurements with TAS5630PHD2EVM. We are applying 48V DC to PVDD, and 0.9V peak, 800Hz sinewave input to TAS5630 EVM. The load is Horn speaker with…