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d2:d2_250_heterodyne_module [2016/05/12 22:07] – [Alignment Procedure] Michael Radunsky | d2:d2_250_heterodyne_module [2016/05/12 22:08] – [Alignment Procedure] Michael Radunsky |
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Block laser #1, and rotate the "INPUT2" waveplate to reduce the observed power below 0.50mW. Block laser #2, and rotate the "INPUT1" waveplate to reduce the observed power below 0.50mW. To protect the D2-160 Beat Note module, the combined power should not exceed 1mW. The SC fiber end can now be connected to the D2-160 or other beat note detector. | Block laser #1, and rotate the "INPUT2" waveplate to reduce the observed power below 0.50mW. Block laser #2, and rotate the "INPUT1" waveplate to reduce the observed power below 0.50mW. To protect the D2-160 Beat Note module, the combined power should not exceed 1mW. The SC fiber end can now be connected to the D2-160 or other beat note detector. |
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<imgcaption 250-top|D2-250 Heterodyne Module>{{ :d2:d2_250:d2-215-top-down.png?300 }}</imgcaption> | |