@vieraproblem I wonder if your 100+ blink is really just one continuous blink:-) That error could be STB 5V Sense Time Out. If you do not get the standby voltage of 5 Volts from the P-board, then you do not get anything. Check your A board for that. That is the board with all the input connectors. Attached image shows you the board and their names.
[image|1008770]
. I would suggest that you start by measuring the voltage outputs from your P-board to the A board. P25, P7 and P6 are the ones you want to start with. Let us know what values you get. Remember that those are DC voltages, set your meter accordingly. Right now the chance are pretty good that you will need to replace the A-board.
=== Update (01/22/2017) ===
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Looks like you are definitely having issues with your boards. Attached image shows what the voltage on P25 and P6 should be. [image|1009085][image|1009086]
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Looks like you are definitely having issues with your boards. Attached image shows what the voltage on P25 and P6 should be.
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[image|1009085]
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[image|1009086]
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=== Update (01/22/2017) ===
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here is one more way to determine which board to replace:
@vieraproblem I wonder if your 100+ blink is really just one continuous blink:-) That error could be STB 5V Sense Time Out. If you do not get the standby voltage of 5 Volts from the P-board, then you do not get anything. Check your A board for that. That is the board with all the input connectors. Attached image shows you the board and their names.
[image|1008770]
. I would suggest that you start by measuring the voltage outputs from your P-board to the A board. P25, P7 and P6 are the ones you want to start with. Let us know what values you get. Remember that those are DC voltages, set your meter accordingly. Right now the chance are pretty good that you will need to replace the A-board.
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=== Update (01/22/2017) ===
+
+
Looks like you are definitely having issues with your boards. Attached image shows what the voltage on P25 and P6 should be. [image|1009085][image|1009086]
@vieraproblem I wonder if your 100+ blink is really just one continuous blink:-) That error could be STB 5V Sense Time Out. If you do not get the standby voltage of 5 Volts from the P-board, then you do not get anything. Check your A board for that. That is the board with all the input connectors. Attached image shows you the board and their names.
[image|1008770]
-
. I would suggest that you start by measuring the voltage outputs from your P-board to the A board. P25, P7 and P6 are the ones you want to start with. Let us know what values you get. Remember that those are DC voltages, set your meter accordingly.
+
. I would suggest that you start by measuring the voltage outputs from your P-board to the A board. P25, P7 and P6 are the ones you want to start with. Let us know what values you get. Remember that those are DC voltages, set your meter accordingly. Right now the chance are pretty good that you will need to replace the A-board.
@vieraproblem I wonder if your 100+ blink is really just one continuous blink:-) That error could be STB 5V Sense Time Out. If you do not get the standby voltages than you do not gt anything. Most commonly the error is on the A-board. So, check your A board for that. That is the board with all the input connectors. Attached image shows you the board and their names.
+
@vieraproblem I wonder if your 100+ blink is really just one continuous blink:-) That error could be STB 5V Sense Time Out. If you do not get the standby voltage of 5 Volts from the P-board, then you do not get anything. Check your A board for that. That is the board with all the input connectors. Attached image shows you the board and their names.
[image|1008770]
. I would suggest that you start by measuring the voltage outputs from your P-board to the A board. P25, P7 and P6 are the ones you want to start with. Let us know what values you get. Remember that those are DC voltages, set your meter accordingly.
@vieraproblem I wonder if your 100+ blink is really just one continuous blink:-) That error could be STB 5V Sense Time Out. If you do not get the standby voltages than you do not gt anything. Most commonly the error is on the A-board. So, check your A board for that. That is the board with all the input connectors. Attached image shows you the board and their names.
[image|1008770]
. I would suggest that you start by measuring the voltage outputs from your P-board to the A board. P25, P7 and P6 are the ones you want to start with. Let us know what values you get. Remember that those are DC voltages, set your meter accordingly.