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PDF WM8580 Data sheet ( Hoja de datos )

Número de pieza WM8580
Descripción Multichannel CODEC
Fabricantes Wolfson Microelectronics 
Logotipo Wolfson Microelectronics Logotipo



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WM8580
Multichannel CODEC with S/PDIF Transceiver
DESCRIPTION
FEATURES
The WM8580 is a multi-channel audio CODEC with S/PDIF
transceiver. The WM8580 is ideal for DVD and surround
Mutli-channel CODEC with 3 Stereo DACs and 1 Stereo
ADC
sound processing applications for home hi-fi, automotive
and other audiovisual equipment.
Integrated S/PDIF / IEC-60958-3 transceiver
Audio Performance
Integrated into the device is a stereo 24-bit multi-bit sigma
103dB SNR (‘A’ weighted @ 48kHz) DAC
delta ADC with support for digital audio output word lengths
from 16-bit to 32-bit, and sampling rates from 8kHz to
192kHz.
-90dB THD (48kHz) DAC
100dB SNR (‘A’ weighted @ 48kHz) ADC
-87dB THD (48kHz) ADC
Also included are three stereo 24-bit multi-bit sigma delta
DACs, each with a dedicated oversampling digital
interpolation filter. Digital audio input word lengths from 16-
bits to 32-bits and sampling rates from 8kHz to 192kHz are
supported. Each DAC channel has independent digital
volume and mute control.
Two independent audio data interfaces support I2S, Left
Justified, Right Justified and DSP digital audio formats.
Each audio interface can operate in either Master Mode or
Slave Mode.
DAC Sampling Frequency: 8kHz – 192kHz
ADC Sampling Frequency: 8kHz – 192kHz
Independent ADC and DAC Sample Rates
2 and 3-Wire Serial Control Interface with readback, or
Hardware Control Interface
GPO pins allow visibility of user selected status flags
Programmable Audio Data Interface Modes
I2S, Left, Right Justified or DSP
16/20/24/32 bit Word Lengths
The S/PDIF transceiver is IEC-60958-3 compatible
supports frame rates from 32k/s to 192k/s. It has
multiplexed inputs and one output. Status and
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with Digital
Data Interfaces
monitoring is built-in and results can reported over the serial
Flexible Digital Interface Routing with Clock Selection
interface or via GPO pins. S/PDIF Channel Block
Control
configuration is also supported.
The device has two PLLs that can be configured
independently to generate two system clocks for internal or
2.7V to 5.5V Analogue, 2.7V to 3.6V Digital Supply
Operation
48-lead TQFP Package
external use.
Device control and setup is via a 2-wire or 3-wire (SPI
compatible) serial interface. The serial interface provides
access to all features including channel selection, volume
controls, mutes, de-emphasis, S/PDIF control/status, and
power management facilities. Alternatively, the device has a
Hardware Control Mode where device features can be
enabled/disabled using selected pins.
APPLICATIONS
Digital TV
DVD Players and Receivers
Surround Sound AV Processors and Hi-Fi systems
Automotive Audio
The device is available in a 48-lead TQFP package.
WOLFSON MICROELECTRONICS plc
To receive regular email updates, sign up at http://www.wolfsonmicro.com/enews/
Production Data, February 2007, Rev 4.0
Copyright ©2007 Wolfson Microelectronics plc

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WM8580 pdf
Production Data
PIN DESCRIPTION
PIN NAME
1 PGND
2 PVDD
3 XTI
4 XTO
5 MFP10
6 MFP9
7 MFP8
8 MFP7
9 MFP6
10 SPDIFOP
11 MFP5
12 MFP4
13 MFP3
14 SPDIFIN1
15 CLKOUT
16 DVDD
17 DGND
18 MUTE
19 DIN1
20 DIN2
21 DIN3
22 PAIFRX_LRCLK
23 PAIFRX_BCLK
24 MCLK
25 DOUT
26 PAIFTX_LRCLK
27 MFP1
28 MFP2
29 HWMODE
30 SWMODE
31 SDO
32 SDIN
33 SCLK
34 CSB
35 AINR
36 AINL
37 ADCREFP
38 VMID
39 AGND
40 AVDD
41 VOUT1L
42 VOUT1R
43 VOUT2L
44 VOUT2R
45 VREFP
46 VREFN
WM8580
TYPE
Supply
Supply
Digital Input
Digital Output
Digital Output
Digital Output
Digital Input/Output
Digital Input/Output
Digital Input/Output
Digital Output
Digital Input/Output
Digital Input/Output
Digital Input/Output
Digital Input
Digital Output
Supply
Supply
Digital Input/Output
Digital Input
Digital Input
Digital Input
Digital Input/Output
Digital Input/Output
Digital Input/Output
Digital Output
Digital Input/Output
Digital Input/Output
Digital Input/Output
Digital Input
Digital Input/Output
Digital Output
Digital Input/Output
Digital Input
Digital Input
Analogue Input
Analogue Input
Analogue Output
Analogue Output
Supply
Supply
Analogue Output
Analogue Output
Analogue Output
Analogue Output
Analogue Input
Analogue Input
DESCRIPTION
PLL ground
PLL positive supply
Crystal or CMOS clock input
Crystal output
Multi-Function Pin (MFP) 10. See Table 1 for details of all MFP pins.
Multi-Function Pin (MFP) 9. See Table 1 for details of all MFP pins.
Multi-Function Pin (MFP) 8. See Table 1 for details of all MFP pins.
Multi-Function Pin (MFP) 7. See Table 1 for details of all MFP pins.
Multi-Function Pin (MFP) 6. See Table 1 for details of all MFP pins.
S/PDIF transmitter output.
Multi-Function Pin (MFP) 5. See Table 1 for details of all MFP pins.
Multi-Function Pin (MFP) 4. See Table 1 for details of all MFP pins.
Multi-Function Pin (MFP) 3. See Table 1 for details of all MFP pins.
S/PDIF receiver input 1
PLL or crystal oscillator clock output
Digital positive supply
Digital ground
DAC mute-all Input / All-DAC Infinite Zero Detect (IZD) flag output
Primary Audio Interface (PAIF) receiver data input 1
Primary Audio Interface (PAIF) receiver data input 2
Primary Audio Interface (PAIF) receiver data input 3
Primary Audio Interface (PAIF) receiver left/right word clock
Primary Audio Interface (PAIF) receiver bit clock
System Master clock; 256, 384, 512, 768, 1024 or 1152 fs
Primary Audio Interface (PAIF) transmitter data output
Primary audio interface transmitter left/right word clock
Multi-Function Pin (MFP) 1. See Table 1 for details of all MFP pins.
Multi-Function Pin (MFP) 2. See Table 1 for details of all MFP pins.
Configures control to be either Software Mode or Hardware Mode
Configures software interface to be either 2-wire or 3-wire. See note 2.
3-wire control interface data output. See note 3.
Control interface data input (and output under 2-wire control)
Control interface clock
3-wire control interface latch signal / device address selection
ADC Right Channel Input
ADC Left Channel Input
ADC reference buffer decoupling pin; 10uF external decoupling
Midrail divider decoupling pin; 10uF external decoupling
Analogue ground
Analogue positive supply
DAC channel 1 left output
DAC channel 1 right output
DAC channel 2 left output
DAC channel 2 right output
DAC and ADC positive reference
DAC and ADC ground reference
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WM8580 arduino
Production Data
WM8580
4. Stop band attenuation (dB) - Is the degree to which the frequency spectrum is attenuated (outside audio band).
5. Channel Separation (dB) - Also known as Cross-Talk. This is a measure of the amount one channel is isolated from
the other. Normally measured by sending a full scale signal down one channel and measuring the other.
6. Pass-Band Ripple - Any variation of the frequency response in the pass-band region.
MASTER CLOCK TIMING
t MCLKL
ADCMCLK/
MCLK
tMCLKH
t MCLKY
Figure 1 Master Clock Timing Requirements
Test Conditions
AVDD, PVDD, VREFP = 5V, DVDD = 3.3V, AGND, VREFN = 0V, PGND, DGND = 0V, TA = +25oC
PARAMETER
SYMBOL
System Clock Timing Information
ADCMCLK and MCLK System clock
pulse width high
tMCLKH
ADCMCLK and MCLK System clock
pulse width low
tMCLKL
ADCMCLK and MCLK System clock
cycle time
tMCLKY
ADCMCLK and MCLK Duty cycle
TEST CONDITIONS
MIN
11
11
28
40:60
TYP
Table 3 Master Clock Timing Requirements
MAX
60:40
UNIT
ns
ns
ns
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