Part Number: PCM3008 Hi,
The system clock(SYSCK) of 3.072MHz, which is obtained by dividing the 12.288MHz oscillator by 4, is applied to PCM3008. The frequency stability of the 12.288MHz oscillator is +/- 50ppm(standard value). Is it recommended to use…
Part Number: PCM3008 Other Parts Discussed in Thread: TAS5548 , Hi,
The frequency stability of the clock source which is supplied to the system clock(SYSCK) is +/- 50ppm(standard value). Is this value recommended as a clock source specification? For example…
Part Number: PCM3008 Hi Team,
My customer is hesitant to adopt this product.
I would like to have the following information.
・Production start date ・Annual demand ・Main applications ・Number of years of continuous production
Regards,
Kenji
Part Number: PCM3008 Hi Team,
Could you tell me which clock Do output timing is based on, LRCK or BCK?
BCK clock has some jitter in my customer system and sometimes it goes down before LRCK down edge. They chose left-justified mode so they would like…
Other Parts Discussed in Thread: PCM3008 To Whom It may concern
Good day, There were no following datas in the data sheet. Could you please send me ?
1. ESD Ratings Human-body model (HBM), per ANSI/ESDA/JEDEC JS-001
2.LAND PATTERN EXAMPLE
Best Regards,
Shi…
Part Number: PCM3008 Hi,
According to PCM3008 data sheet, I found that a 0.1uF ceramic and a 1uF or larger chemical capacitor are recommended between VCOM and GND. For a 1uF capacitor, is it possible to use a 1uF ceramic instead of a 1uF chemical capacitor…
Part Number: PCM3008 Hello team,
Could you please help us to address some customer questions?
1. Is it OK to use PCM3008 with VCC=3.3V? If so, how the PCM3008 input voltage range should be scaled? Will acceptable VIN be 3.3 * 0.6 = 1.98V? I found somebody…
Part Number: PCM3008 Hi Diego:
Customer confused with the below information:
PCM3008 does not need a specific phase relationship between LRCK and system clock, but does require the synchronization of LRCK and system clock.
If the relationship between…