![]() ![]() It does that to firm additional output in terms of producing the same wattage. All speakers possess an hampering estimate in ohms that standsfor how intractable it is to make a speaker come alive. It can quickly overheat the amp, and in a worst-case scenario, blow it out.In terms of technicality, 1 Ohm hits harder than 4 ohms. Connecting 1-ohm subs to a 4-ohm amp means the amp has to deliver more output than its capacity to match with the low impedance pass of the subwoofer. 2-ohm subs with 1-ohm amp.īut avoid hooking up low-impedance subs with high-impedance amps. However, you can also hook subs with higher impedance to amps with low impedance rating e.g. Ideally, you should match the impedance load of your sub with the impedance rating of your amp e.g. On the other hand, a low-impedance sub enables high current passage and more load handling, thus greater power output. ![]() This means less load and decreased power. When a speaker/sub offers a high impedance load, it suggests that it will handle a lesser current. You need to be aware of the dynamics between impedance load and power when hooking a pair of subs with your amp. The Relation between Impedance Load and Power Load It can fluctuate +/- 1 ohm due to resonance frequency and voice coil inductance. Similarly, a 1-ohm sub offers one ohm of resistance to the incoming AC signal.īut it is important to mention here that the impedance load of a speaker or sub is not always constant. A 4-ohm sub offers more or less four ohms of electrical resistance to the signal coming from the amp. The impedance load of a speaker or sub is the resistance the circuit of its voice coil offers to the incoming alternating current from the amp. To know what hits harder between 1-ohm and 4-ohm subs and speakers, you must know what the impedance load itself is.
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