An Efficient Noise Immune Sync and AGC Circuit for Television Receivers

R. N. Rhodes, W. Dietz
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Abstract

Impulse noise interference, such as may be caused by sparking electric motors or automobile ignition systems, can interfere with the performance of a television receiver in the following principal ways: First, the impulses appear directly in the picture; second, the synchronization separator input circuit may charge up to such an extent that the picture loses synchronization; third, the impulses may provide false information to the AGC system thereby causing a sharp reduction receiver gain. Of the three, the latter two effects are by far the more serious. Consequently, noise ``suicide'' or noise inverter circuits, for the protection of the sync separator and AGC circuits have been widely used.
一种高效的电视接收机抗噪声同步与AGC电路
脉冲噪声干扰,例如可能由电动机或汽车点火系统产生的火花,可以通过以下主要方式干扰电视接收机的性能:第一,脉冲直接出现在图像中;第二,同步分离器输入电路可以充电到使图像失去同步的程度;第三,脉冲可能为AGC系统提供虚假信息,从而导致接收机增益的急剧降低。在这三者中,后两种影响要严重得多。因此,噪声“自杀”或噪声逆变电路,用于同步分离器和AGC电路的保护得到了广泛的应用。
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