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MSM7580GS-K PDF预览

MSM7580GS-K

更新时间: 2024-01-09 14:14:26
品牌 Logo 应用领域
冲电气 - OKI 转换器PC
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18页 207K
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MSM7580GS-K 数据手册

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¡ Semiconductor  
MSM7580  
PIN AND FUNCTIONAL DESCRIPTIONS  
GND  
Ground, 0 V.  
SIP1, SOP1  
PCM serial data input (SIP1) and output (SOP1) for Channel 1.  
SOP1 is an open-drain output, which goes into a high impedance state after a continuous 8-bit  
serial data output.  
SIP2, SOP2  
PCM serial data input (SIP2) and output (SOP2) for Channel 2.  
SOP2 is an open-drain output, which goes into a high impedance state after a continuous 8-bit  
serial data output.  
PAD/ MUTE  
Control input for the selection of PAD or MUTE mode.  
Whendigital"1"isinput,thePADmodeisselectedandwhendigital"0"isinput,theMUTEmode  
is selected.  
THR1, THR2  
Control pins for the data through modes.  
THR1 and THR2 are for Channel 1 and Channel 2, respectively. The data-through mode is  
selected when digital “1” is applied to THR1 and THR2. In this mode, 8-bit serial input data  
applied to SIA1 and SIA2 (ADPCM data input) is passed to the PCM serial data output pins,  
SOP1 and SOP2, without any data modification. SOP1 and SOP2 go to the high impedance state  
after the output of 8-bit data has been applied to SIA1 and SIA2.  
Conversely 8-bit serial input data applied to SIP1 and SIP2 (PCM data input) is passed to  
ADPCM serial data output pins, SOA1 and SOA2, without any data modification.  
SOA1 and SOA2 go to the high impedance state after the output of 8-bit data has been applied  
to SIP1 and SIP2.  
Since ADPCM and PCM data interfaces have the mutually independent signal input pins for  
synchronizing signals the time slots for data input and output can be exchanged between them.  
Sometimingatwhichdatamaybedeletedorduplicatedasdescribedin"NotesonUsage"should  
not be used.  
MUTE1, MUTE2  
Setting a digital "1"at these pins sets the PCM output to the idle pattern state regardless of the  
ADPCM input data, when the MUTE mode is selected by the PAD/MUTE pin.  
When the PAD mode is selected, the PCM output has a 12 dB loss.  
Normally, these pins are set to a digital "0".  
When the data through mode is selected, the function of these pins is invalid.  
4/17  

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