Mr. Babin,
Conditions: Input .5 Vac, 60hz tone applied, pin Vac are as follows.
Pin 1= .069
Pin 2= 1.01
Pin 3= 1.50
Pin 4= .93
Pin 5= .12
Pin 6= .13
Pin 7= 1.51
Pin 8= .14
Pin 9= .18
Pin 10= 1.50
Pin 11= .98
Pin 12= .92
Pin 13= .92
Pin 14= .74
I hope this makes more sense than before.
Thank you.
Conditions: Input .5 Vac, 60hz tone applied, pin Vac are as follows.
Pin 1= .069
Pin 2= 1.01
Pin 3= 1.50
Pin 4= .93
Pin 5= .12
Pin 6= .13
Pin 7= 1.51
Pin 8= .14
Pin 9= .18
Pin 10= 1.50
Pin 11= .98
Pin 12= .92
Pin 13= .92
Pin 14= .74
I hope this makes more sense than before.
Thank you.
With the right channel phase switch set to 0°, measure the resistance between the two terminals that are supposed to be shorted in that position. Then set it to 180° and measure the resistance between the two terminals that are supposed to be shorted in that position.
Mr. Babin,
I will have to find a datasheet on the switch; it has 8 pins and three positions. I want to ensure that I am responding in a logical way. Thank you for the help. I will respond asap.
I will have to find a datasheet on the switch; it has 8 pins and three positions. I want to ensure that I am responding in a logical way. Thank you for the help. I will respond asap.
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Did not find an exact match datasheet for the switch. However I did take readings. No power applied, and I used the following pin layout;
1 8
2 7
3 6
4 5
So with phase switched to 0 these were the pin readings:
Pin 1 = 0 ohms to 3,6,8 / 19.9 kohms to 7/ speratic to 4
Pin 2 = no readings
Pin 3 = 0 ohms to 1,6,8 / 19.9 kohms to 7 / speratic to 4
Pin 4 = speratic to 1,3,6,7,8
Pin 5 = no readings
Pin 6 = 0 ohms to 1,3,8 / 19.9 kohms to 7 / speratic to 4
Pin 7 = 19.9 kohms to 1,3,6,8 / speratic to 4
Pin 8 = 0 ohms to 1,3,6 / 19.9 kohms to 7 / speratic to 4
Phase switch set to 180:
Pin 1 = no readings
Pin 2 = 0ohms to 3,6,7 / 19.9 kohms to 8 / speratic to 4
Pin 3 = 0 ohms to 2,6,7 / 19.9 kohms to 8 / speratic to 4
Pin 4 = speratic to 2,3,6,7,8
Pin 5 = no readings
Pin 6 = 0 ohms to 2,3,7 / 19.9 kohms to 8 / speratic to 4
Pin 7 = 0 ohms to 2,3,6 / 19.9 kohms to 8 / speratic to 4
Pin 8 = 19.9 kohms to 2,3,6,7 / speratic to 4
I hope I wrote this for your easy of reading, it is alot of info for a little switch.
Thank you for your time.
1 8
2 7
3 6
4 5
So with phase switched to 0 these were the pin readings:
Pin 1 = 0 ohms to 3,6,8 / 19.9 kohms to 7/ speratic to 4
Pin 2 = no readings
Pin 3 = 0 ohms to 1,6,8 / 19.9 kohms to 7 / speratic to 4
Pin 4 = speratic to 1,3,6,7,8
Pin 5 = no readings
Pin 6 = 0 ohms to 1,3,8 / 19.9 kohms to 7 / speratic to 4
Pin 7 = 19.9 kohms to 1,3,6,8 / speratic to 4
Pin 8 = 0 ohms to 1,3,6 / 19.9 kohms to 7 / speratic to 4
Phase switch set to 180:
Pin 1 = no readings
Pin 2 = 0ohms to 3,6,7 / 19.9 kohms to 8 / speratic to 4
Pin 3 = 0 ohms to 2,6,7 / 19.9 kohms to 8 / speratic to 4
Pin 4 = speratic to 2,3,6,7,8
Pin 5 = no readings
Pin 6 = 0 ohms to 2,3,7 / 19.9 kohms to 8 / speratic to 4
Pin 7 = 0 ohms to 2,3,6 / 19.9 kohms to 8 / speratic to 4
Pin 8 = 19.9 kohms to 2,3,6,7 / speratic to 4
I hope I wrote this for your easy of reading, it is alot of info for a little switch.
Thank you for your time.
Mr. Babin,
Yes in every position there are always four pins that have a resistance of zero.
Thank you for the help.
Yes in every position there are always four pins that have a resistance of zero.
Thank you for the help.
No sir, just the one switch, however if I want to reverse polarity, then I would switch the left phase switch to 180 or 0.
Thank you.
Thank you.
OK.
Are you sure that that's the phase switch? I would expect the phase switch to have only 2 positions.
The voltages you posted for the stereo settings seem about right. Set the amp to mono and check the H and W pins listed previously. Confirm that they're the same in stereo as previously then do nothing but change the position of the switch you checked and see how the readings change.
Are you sure that that's the phase switch? I would expect the phase switch to have only 2 positions.
The voltages you posted for the stereo settings seem about right. Set the amp to mono and check the H and W pins listed previously. Confirm that they're the same in stereo as previously then do nothing but change the position of the switch you checked and see how the readings change.
Yes, I am sure.
The right channel switch is for 0 phase, 180 phase, and the last position is Mono Bridged.
Now the left pase switch only has two positions 0 phase and 180 phase.
As for the test, I just want to make sure, you want me to test the voltage on the DS1267? If so I will use .5Vac input and a 60hz tone. To test the H1, H0, W1, and W0 pins.
Thank you for your help.
The right channel switch is for 0 phase, 180 phase, and the last position is Mono Bridged.
Now the left pase switch only has two positions 0 phase and 180 phase.
As for the test, I just want to make sure, you want me to test the voltage on the DS1267? If so I will use .5Vac input and a 60hz tone. To test the H1, H0, W1, and W0 pins.
Thank you for your help.
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Mr. Babin,
Will do! I will be back on with the results Tuesday.
Thank you for all of or insight, knowledge, and help. Have a good day.
Will do! I will be back on with the results Tuesday.
Thank you for all of or insight, knowledge, and help. Have a good day.
Mr. Babin,
DS1267 test with right phase switch in mono bridged mode and then in 180 degrees. test was conducted with a 60 Hz tone at .5 Vac input.
Mono Bridged:
H1 = 5.51
W1 = 5.31
H0 = 5.44
W0 =5.28
180 degrees:
H1 = 5.51
W1 = 5.31
H0 = 5.44
W0 = 5.28
The results are the same. I am starting to think that the switch maybe working intermittently, but of course it is working right now. Or possibly a component in the crossover section, since we have isolated that section out. I would have no idea where to start with that.
I do have a new switch I can swap out with the one in question.
Regardless, I will wait for your response, before moving forward. Thank you for your time, and help.
DS1267 test with right phase switch in mono bridged mode and then in 180 degrees. test was conducted with a 60 Hz tone at .5 Vac input.
Mono Bridged:
H1 = 5.51
W1 = 5.31
H0 = 5.44
W0 =5.28
180 degrees:
H1 = 5.51
W1 = 5.31
H0 = 5.44
W0 = 5.28
The results are the same. I am starting to think that the switch maybe working intermittently, but of course it is working right now. Or possibly a component in the crossover section, since we have isolated that section out. I would have no idea where to start with that.
I do have a new switch I can swap out with the one in question.
Regardless, I will wait for your response, before moving forward. Thank you for your time, and help.
Well... you know what to check if it quits working again.
If you want to try to clean the switch, flood it with contact cleaner and work it back and forth 50 or so times.
If you want to try to clean the switch, flood it with contact cleaner and work it back and forth 50 or so times.
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