you did not tell us what you got with the old power board. for now I would only consider to check on this “Plug power in, press power button, TV is in standby (solid red). Pressing On with remote turns the light to flashing green then green, no picture (or noise of TV turning on). “ not about what happens with vol - button etc. Measure the output from the power board (should be 5V on connector P25 also check pin 5 and 6 on the connector) to the A-board and see if you have the voltages required. Remember that the STB5V from your power board is applied to the 3.3V regulator to power the main CPU on the A-board. The only IC’s that can trigger the 3blink code are all located on the main board, thus it is always the A-board. Post some pictures of all of your boards with your question so that we can see what you see. Use this guide [guide|21499] for that.
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you did not tell us what you got with the old power board. for now I would only consider to check on this “Plug power in, press power button, TV is in standby (solid red). Pressing On with remote turns the light to flashing green then green, no picture (or noise of TV turning on). “ not about what happens with vol - button etc. Measure the output from the power board (must be 5V on pin 9 on connector P25 as well as pin 5 and 6 and 15V on pin1 and 2) to the A-board and see if you have the voltages required. Remember that the STB5V from your power board is applied to the 3.3V regulator to power the main CPU on the A-board. The only IC’s that can trigger the 3blink code are all located on the main board, thus it is always the A-board. Post some pictures of all of your boards with your question so that we can see what you see. Use this guide [guide|21499] for that.
you did not tell us what you got with the old power board. for now I would only consider to check on this “Plug power in, press power button, TV is in standby (solid red). Pressing On with remote turns the light to flashing green then green, no picture (or noise of TV turning on). “ not about what happens with vol - button etc. Measure the output from the power board (should be 5V on connector P25) to the A-board and see if you have the voltages required. Remember that the STB5V from your power board is applied to the 3.3V regulator to power the main CPU on the A-board. The only IC’s that can trigger the 3blink code are all located on the main board, thus it is always the A-board. Post some pictures of all of your boards with your question so that we can see what you see. Use this guide [guide|21499] for that.
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you did not tell us what you got with the old power board. for now I would only consider to check on this “Plug power in, press power button, TV is in standby (solid red). Pressing On with remote turns the light to flashing green then green, no picture (or noise of TV turning on). “ not about what happens with vol - button etc. Measure the output from the power board (should be 5V on connector P25 also check pin 5 and 6 on the connector) to the A-board and see if you have the voltages required. Remember that the STB5V from your power board is applied to the 3.3V regulator to power the main CPU on the A-board. The only IC’s that can trigger the 3blink code are all located on the main board, thus it is always the A-board. Post some pictures of all of your boards with your question so that we can see what you see. Use this guide [guide|21499] for that.
you did not tell us what you got with the old power board. for now I would only consider to check on this “Plug power in, press power button, TV is in standby (solid red). Pressing On with remote turns the light to flashing green then green, no picture (or noise of TV turning on). “ not about what happens with vol - button etc. Measure the output from the power board to the A-board and see if you have the voltages required. Remember that the STB5V from your power board is applied to the 3.3V regulator to power the main CPU on the A-board. The only IC’s that can trigger the 3blink code are all located on the main board, thus it is always the A-board. Post some pictures of all of your boards with your question so that we can see what you see. Use this guide [guide|21499] for that.
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you did not tell us what you got with the old power board. for now I would only consider to check on this “Plug power in, press power button, TV is in standby (solid red). Pressing On with remote turns the light to flashing green then green, no picture (or noise of TV turning on). “ not about what happens with vol - button etc. Measure the output from the power board (should be 5V on connector P25) to the A-board and see if you have the voltages required. Remember that the STB5V from your power board is applied to the 3.3V regulator to power the main CPU on the A-board. The only IC’s that can trigger the 3blink code are all located on the main board, thus it is always the A-board. Post some pictures of all of your boards with your question so that we can see what you see. Use this guide [guide|21499] for that.
you did not tell us what you got with the old power board. Measure the output from the power board to the A-board and see if you have the voltages required. Remember that the STB5V from your power board is applied to the 3.3V regulator to power the main CPU on the A-board. The only IC’s that can trigger the 3blink code are all located on the main board, thus it is always the A-board. Post some pictures of all of your boards with your question so that we can see what you see. Use this guide [guide|21499] for that.
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you did not tell us what you got with the old power board. for now I would only consider to check on this “Plug power in, press power button, TV is in standby (solid red). Pressing On with remote turns the light to flashing green then green, no picture (or noise of TV turning on). “ not about what happens with vol - button etc. Measure the output from the power board to the A-board and see if you have the voltages required. Remember that the STB5V from your power board is applied to the 3.3V regulator to power the main CPU on the A-board. The only IC’s that can trigger the 3blink code are all located on the main board, thus it is always the A-board. Post some pictures of all of your boards with your question so that we can see what you see. Use this guide [guide|21499] for that.
you did not tell us what you got with the old power board. Measure the output from the power board to the A-board and see if you have the voltages required. Remember that the STB5V from your power board is applied to the 3.3V regulator to power the main CPU on the A-board.Post some pictures of all of your boards with your question so that we can see what you see. Use this guide [guide|21499] for that.
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you did not tell us what you got with the old power board. Measure the output from the power board to the A-board and see if you have the voltages required. Remember that the STB5V from your power board is applied to the 3.3V regulator to power the main CPU on the A-board. The only IC’s that can trigger the 3blink code are all located on the main board, thus it is always the A-board. Post some pictures of all of your boards with your question so that we can see what you see. Use this guide [guide|21499] for that.
'''++@bubsy123++'''
you did not tell us what you got with the old power board. Measure the output from the power board to the A-board and see if you have the voltages required. Remember that the STB5V from your power board is applied to the 3.3V regulator to power the main CPU on the A-board.Post some pictures of all of your boards with your question so that we can see what you see. Use this guide [guide|21499] for that.