![]() ![]() So, if you’re willing to pay for the higher quality, I recommend you go with that power series amp.Prior to requesting an RA, try to diagnose the failure. There’s no match for amps like the T2500-1bdCP or the T1500-1bdCP which will give out 2500 watts and 1500 watts respectively. Regardless, the quality of punch isn’t going to stack up against the quality of power. ![]() For certain situations, you might want to go the cheaper route with a punch series amp, or even a prime series amp if that’s what suits your needs. The power series is going to be expensive, but for that price, you’re going to get precise, big, high-quality power that is just hard to match. This means you’ll get a more precise sound with the power series. Not only will the right signals go to the right spot, but the amount of unwanted noise able to pass through will be very slim. These filters are about as precise as it gets. On the other hand, power series amps will feature 24dB/octave Butterworth filters. That means you’ll get a fairly precise crossover and the right signal should go to the right spot within the system, but there are better crossovers out there. All punch series amps will have 12dB/octave Butterworth crossover filters. Will the punch series be able to get a higher wattage at 1-Ohm? Yes, but they won’t get over their listed maximum power at 2-Ohms while the power series will clear those numbers easily.įinally, let’s compare the crossovers. Obviously, the P1000X1bd makes a big jump to get to 1,430 watts, but the T1000-1bdCP is going to be more consistent as you see with these numbers. The T1000-1bdCP will put out 772 Watts at 4-Ohms, 1299 Watts at 2-Ohms, and 1395 Watts at 1-Ohm. The P1000X1bd will put 491 Watts at 4-Ohms, 874 Watts at 2-Ohms, and 1,430 Watts at 1-Ohm. ![]() To compare, we’ll look at two 1000 watt mono-block amplifiers, the punch series P1000X1bd and the power T1000-1bdCP. The power series is also going to really separate from the punch series when you look at dynamic power ratings. This is going to really improve the power series’ thermal management, giving it a big advantage over the punch series. The difference-maker that’s only on the power series is dynamic thermal management which will evenly distribute the extra heat through the heatsink. MEHSA is going to reduce MOSFET temps and lower distortion while the DSM technology is going to reduce the overall operating temperature of the amplifier. Both the punch series and power series have MEHSA technology and DSM (Discrete Surface Mounted components). However, both of these series have amps with either of these two classes.Ī big difference in the punch series and power series is thermal management. That extra power is the reason why you’ll see a class-BD circuitry in most of the high-power mono amps from each series. The class-BD will have more power output than the class-AB thanks to the class-D components. Class-AB has high-quality sound thanks to the class-A components and has less distortion than a normal class-A amp. Class-BD is going to give you very efficient power output while limiting the amount of heat output and giving you higher quality sound by limiting distortion. The majority of both punch series and power series amplifiers are either class-BD or class-AB amps. Setting your gains on a power series amp will require specific equipment and will take more time. This is only featured on the punch series. This is going to prevent distortion further along in the sound system and it will prolong the lifetime of your amp and your whole sound system. LED clipping technology allows you to quickly set your gains, which will allow you to prevent clipping between the source unit and the amplifier. technology, which uses LED clipping technology. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |