![]() Typically, this setting will be used in most cases for 2 reasons: The purpose of the Phase setting is to change the polarity/direction of the sub(s) running off the amplifier. The function of the gain knob is to maximize the signal to noise ratio by matching the amplifier's input sensitivity to match the output voltage to the preceding source unit. Turning the gain halfway up does not mean the amplifier is going to produce half its intended power). Improper use of the Bass EQ switch can result in damage to your subwoofer which may disqualify for coverage under warranty.Ĭontrary to popular belief, the gain knob on your amplifier does not act in the same manner as a volume knob (i.e. We recommend only using this when your amplifier has been properly tuned to do so. In most applications, this switch should be left in the off, or 0 dB, position. The Bass EQ switch on your amplifier is meant to boost low-end frequencies. For example, if the Subsonic Filter is set to 30 Hz, only frequencies above 30 Hz will be passed through the amplifier to the speakers or subwoofers. The Subsonic Filter will block frequencies below its set level. The Subsonic filter on your Skar Audio amplifier acts very similarly to the Low Pass Filter, but in the opposite manner. For example, if your LPF is set for 125 Hz, only frequencies below 125 Hz will be allowed to pass through the amplifier to the speaker or subwoofer. ![]() In its most basic explanation, the Low Pass Filter (LPF) setting on your amplifier acts as a filter that blocks frequencies above its set level. While every monoblock amplifier on the market may not have all of these settings on the same amplifier, it is important to understand the function of each setting to achieving the best settings for your build. The settings below are common settings found on monoblock amplifiers.
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