Anywave ATSC 60W Hızlı Başlangıç Kılavuzu - Sayfa 12

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7. Continue to slowly raise the FWD power until you reach the full 60W, or your

desired TPO. Be careful to make small increases in the value of POWER as you

approach the desired output level.

8. Check the SNR and Shoulder (LIMD and UIMD) RF performance of your

system on the Exciter hi level status screen, as well as the exciter's pages on the

PA's touchscreen as shown below. Linear and Non-Linear corrections were

already performed and optimized at a TPO of 60W in the factory and so the

stored correction coefficients should produce good results.

If you are operating at a TPO less than 60W and wish to rerun corrections, please

proceed with the following steps, otherwise please skip ahead to step 12.

9. (Optional Step - Rerunning Corrections) If you are operating at reduced power

and wish to rerun corrections to achieve better performance, you may now

perform Linear and Non-Linear corrections. (Please refer to the Exciter User

Manual for detailed instructions on running corrections). Before running

corrections, it is important to verify proper feedback signal levels. There are two

feedback signal samples used to compute corrections. "RF IN A" (After BPF)

is used to calculate Linear correction coefficients while "RF IN B" (Before BPF)

is used to compute the Non-Linear correction coefficients.

ACT-PAU01-QSG-DOC-V1.1, 06/26/2018

ATSC 60W Quick Start Guide

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