![]() ![]() simple Y-cord (parallel split) can certainly work, and I’ve used that technique myself on occasion, but it does open the door to conflicting phantom-power supply problems, and makes ground loops very likely. capacitor and active-dynamic mics won’t have a problem at all if the impedance gets too low, you might possibly notice a small change in the tonal character or transient response with traditional dynamic mics and transformer-output capacitor mics. you were to split the mic signal with a simple Y-cord the mic would indeed ‘see’ the two input destinations effectively in parallel with each other, and that will result in the effective load for the microphone being reduced below the impedance of either. For some reason that works and sounds really good. I had a 421 on the top and SM57 on the bottom of each of the toms, going into the console via a Y-cable, so the signals from the 421 and the 57 were blended in the cable and came up under one fader on the console. "Tom Syrowski: Recording Incubus' 'Adolescents' ". In older desktop PCs, PATA (aka "IDE") devices such as 5.25 inch optical drives and 3.5 inch hard drives are typically powered by means of Molex connector Y-cables. Y-shaped mains leads enable two appliances to run from one mains plug. This is an example of un-consolidating connectors, as described above. Ī Y-cable common in domestic settings has a stereo 3.5mm (1/8″) stereo male minijack at one end, to plug into the line- or headphone-output of an MP3 player, mobile phone, or computer soundcard, and a pair of RCA (phono) male plugs to connect to the left and right mono inputs of an external amplifier. send and return (outbound signal on one leg of the "Y" inbound signal on the other signals kept separate).un-consolidating connectors (feeding signals from one multi-pole output connector to two input connectors, keeping the signals separate).consolidating connectors (feeding signals from two output connectors to a multi-pole input connector, keeping the signals separate).splitting signals (feeding one output to two inputs).combining signals (feeding two outputs to one input).There are five common uses for Y-cables in signal paths: ![]()
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