Sony MG101_x000D_
< / div> (serv.man2) Service Manual ▷ View online
(1) When remote commander learning operation starts, REMOTE
COMMANDER CODE LEARNING PROCESSOR(IC7007) turns on
switch(Q1002) and activates LEARNING CODE GENERATOR(IC1001).
Then, LEARNING CODE TRANSMITTER(D1001) receives remote
commander signal and LEARNING CODE GENERATOR outputs the logical
data to REMOTE COMMANDER CODE LEARNING
PROCESSOR(IC7007).
(2) REMOTE COMMANDER CODE LEARNING PROCESSOR(IC7007)
( )
O
CO
CO
G
OC SSO ( C
)
analyze the input data and record the result inside.
(3) When remote commander signal is detected by REMOTE CONTROL
RECEIVER(IC1002) and remote control is necessary, it is transferred to
REMOTE COMMANDER CODE LEARNING PROCESSOR(IC7007)
through SYSTEM CONTROL(IC7002) and MPU(IC101). Then, REMOTE
COMMANDER CODE LEARNING PROCESSOR(IC7007) outputs the
remote control signal to IR REMOTE OUT terminal The signal is output to
remote control signal to IR REMOTE OUT terminal. The signal is output to
other set through Monaural mini-plug cable or IR blaster.
21
(1) HAP-Z1ES equips another AUDIO DSP(IC601). This DSP operates DSD re-
mastering processing for better sound quality. The clock of AUDIO
DSP(IC601) is changed from 6MHz to 10MHz for this processing.
22
(1) HAP-Z1ES uses individual D/A CONVERTER(IC201, IC251) for two
channel outputs.
(2) Balanced LINE OUT is output through LINE AMP(IC202, IC252), Low-pass
Filter(IC203, IC253) and RELAY(RY202, RY252).
(3) UNBALANCED LINE OUT is output through MIX AMP(IC204) and
RELAY(RY201).
23
This part explains some notes in instruction.
24
Click on the first or last page to see other MG101_x000D_
< / div> (serv.man2) service manuals if exist.
(1) When remote commander learning operation starts, REMOTE
COMMANDER CODE LEARNING PROCESSOR(IC7007) turns on
switch(Q1002) and activates LEARNING CODE GENERATOR(IC1001).
Then, LEARNING CODE TRANSMITTER(D1001) receives remote
commander signal and LEARNING CODE GENERATOR outputs the logical
data to REMOTE COMMANDER CODE LEARNING
PROCESSOR(IC7007).
switch(Q1002) and activates LEARNING CODE GENERATOR(IC1001).
Then, LEARNING CODE TRANSMITTER(D1001) receives remote
commander signal and LEARNING CODE GENERATOR outputs the logical
data to REMOTE COMMANDER CODE LEARNING
PROCESSOR(IC7007).
(2) REMOTE COMMANDER CODE LEARNING PROCESSOR(IC7007)
( )
O
CO
CO
G
OC SSO ( C
)
analyze the input data and record the result inside.
(3) When remote commander signal is detected by REMOTE CONTROL
RECEIVER(IC1002) and remote control is necessary, it is transferred to
REMOTE COMMANDER CODE LEARNING PROCESSOR(IC7007)
through SYSTEM CONTROL(IC7002) and MPU(IC101). Then, REMOTE
COMMANDER CODE LEARNING PROCESSOR(IC7007) outputs the
remote control signal to IR REMOTE OUT terminal The signal is output to
REMOTE COMMANDER CODE LEARNING PROCESSOR(IC7007)
through SYSTEM CONTROL(IC7002) and MPU(IC101). Then, REMOTE
COMMANDER CODE LEARNING PROCESSOR(IC7007) outputs the
remote control signal to IR REMOTE OUT terminal The signal is output to
remote control signal to IR REMOTE OUT terminal. The signal is output to
other set through Monaural mini-plug cable or IR blaster.
other set through Monaural mini-plug cable or IR blaster.
21
(1) HAP-Z1ES equips another AUDIO DSP(IC601). This DSP operates DSD re-
mastering processing for better sound quality. The clock of AUDIO
DSP(IC601) is changed from 6MHz to 10MHz for this processing.
DSP(IC601) is changed from 6MHz to 10MHz for this processing.
22
(1) HAP-Z1ES uses individual D/A CONVERTER(IC201, IC251) for two
channel outputs.
(2) Balanced LINE OUT is output through LINE AMP(IC202, IC252), Low-pass
Filter(IC203, IC253) and RELAY(RY202, RY252).
(3) UNBALANCED LINE OUT is output through MIX AMP(IC204) and
RELAY(RY201).
23
This part explains some notes in instruction.
24
Click on the first or last page to see other MG101_x000D_
< / div> (serv.man2) service manuals if exist.