Part Number: PCM1804 Other Parts Discussed in Thread: PCM1822 , TAA5242
I'm looking to use the PCM1804 for a balanced line level (XLR) input. Ideally without a negative voltage supply. Should I use an op-amp to add the DC offset from Vcom or can I just…
Part Number: PCM1804 Other Parts Discussed in Thread: PCM1809 Tool/software: Hi
I got single ended source.
Is any benefit to convert it to differential with front end op amps(datasheet recommended)? Or simply connect in- to analog source gnd via capacitor…
Part Number: PCM1804 Tool/software: Dears,
The customer's application scenario is one processor with one I2S connected to multiple PCM1804. Can it be supported and how can it be implemented.
Part Number: PCM1804 Other Parts Discussed in Thread: PCM1802 Tool/software: Hi
I need to connect battery powered amp to PCM1804. But I have one op amp only.
I want to connect Vcom to amp GND to lift it to 2.5V. That works well with PCM1802. But PCM1804…
Part Number: PCM1804 Hi Team,
The PCM1804 specification describes that the maximum input amplitude is 5VPP. In practical applications, when the input is greater than 3VPP, the output will be distorted. Please help to confirm the reason.
Part Number: PCM1804 The 0dBFS level of the PCM1804 is a little ambiguous from the data sheet.
The banner specifications give +/-2.5 V (Vpk, Vpp, Vrms, unspecified):
Whereas the recommended operating conditions specifies 5 Vpp:
The electrical…
Part Number: PCM1804 Other Parts Discussed in Thread: PCM1820 Tool/software: Is there a spice model for this ADC? I am looking to run some simulations and have only found the IBIS model for it. Could I also get the spice model as well?
Part Number: PCM1804 We are seeing a failure when testing the analog-to-digital portion of an audio circuit. The circuit under test is the PCM1804 on a custom circuit card assembly. We test this circuit by introducing an analog input signal into the chain…
Part Number: PCM1804-Q1 Hi,
Our customer inquired about SCKI's jitter tolerance range. According to the datasheet
”For changes less than ±5 BCK, resynchronization does not occur and the previously described digital output control and discontinuity…