When a mic requires a supply outside this range, they will typically use a Jack plug rather than an XLR connector. by jamedia.uk » Thu Dec 07, 2017 5:28 … JMCD on September 21, 2019 at 1:27 pm . It doesn't specifically mention the 502 only has +15v whilst the others have +48v. Phantom power, commonly designated as +48V or P48, was designed to power microphones without using bulky external power supplies such as the ones required for tube microphones. I would never buy an amp that advertises phantom power but doesn't provide 48v. Your preamp will typically have a button labelled 48v, which allows you to turn this on/off. The 48V Phantom Power is delivered to both pins 2 & 3 using pin 1 as the ground. It is why they sound really good. This method is referred to as phantom power. RELATED: Audio Interfaces: The Definitive Guide (2020) Your mixer or audio interface should have a switch that allows you to turn on phantom power. Since the voltage appears on both pins 2 & 3 on a dynamic mic, there is no voltage potential created meaning that both sides of the mic coil see the same voltage. Since the signal that the device is sending is interpreted to be the difference between the hot and cold pins, adding 48v to both doesn't affect that, but the mic or DI box can draw power from it. This is why the standard is 48v, simply because most microphones require it to run properly. Anderson is right. Yes. Therefore no potential difference no damage. (If it does not then its time to get an … Typically no. If you don’t turn on your 48v Phantom power switch, it will record all sound at very quiet levels. IMO, it's one of the great oversights in the development, and pretty much renders the XLR outs useless out of the box. Having said that, there are also many mics and preamps that work with phantom power that can get by on less than 48v. The vast majority of low/mid range consoles have a global phantom power switch... products should be designed with that in mind. When … The only way to find out if yours will is to try it – usually a mic may work on sub-48v, but it won't sound as good as the full 48v. Wonks Jedi Poster Posts: 10889 Joined: Wed May 28, 2003 11:00 pm Location: Reading, UK. The worldwide standard for phantom power is 11 to 52 volts of DC (typical studio mics run on 48v). Condenser mics need phantom power to reduce their high impedance output and due to their use of active electronics as described above. The worldwide standard for phantom power is 11 to 52 volts of DC current and most condenser studio microphones run on 48v, drawing current from this voltage based on their needs. However, some older mixers and cheaper audio interfaces may not have phantom power. Typically no. Why do I need phantom power? Why is Phantom Power 48v. Top. Re: 15v Phantom Power. This voltage is commonly referred to as phantom power. Correcting mistakes on the internet since 1853 . level 1. PHANTOM POWER. Reply . Phantom power (labeled as +48 V on most audio equipment) is a method that sends DC voltage through microphone cables.It is best known as a power source for condenser microphones, though many active DI (direct input) boxes also use it.. Phantom power supplies are often built into mixing desks, microphone preamplifiers and similar equipment. In fact you could imply from it that the phantom power is switchable between +48v and +15v. Do Condenser Mics Need Phantom Power? phantom power. Phantom Power never bothered the prior Line 6 lines (HD, X3, XT, etc...) so i fail to understand why it became a problem in the Helix. Therefore no potential difference no damage. 48v Phantom Power. It’s a way of sending the DC electrical current required through a balanced XLR cable. Note that, even with phantom power on, the mic's signal will still need pre-amplification; the 48V supply is simply … Why Phantom Power and Does A Condenser Mic Need Phantom Power? The 48V Phantom Power is delivered to both pins 2 & 3 using pin 1 as the ground. Why??? Like we learned above, Condenser microphones are special microphones that need an additional power supply because it is a mic that can capture a lot of sound efficiently. Reply . The most common phantom power supplies will typically supply voltage within the range of 12 to 48 volts and will be present on a balanced 3-pin XLR connector. Phantom power supplies the power back through the cable itself, by adding 48 volts to both the hot and cold pins. Some may get it from their own power supply or even from a battery inside the mic's chassis, otherwise they receive the 48v from the mixer, interface, or preamp. Why is Phantom Power 48v? Since the voltage appears on both pins 2 & 3 on a dynamic mic, there is no voltage potential created meaning that both sides of the mic coil see the same voltage. JMCD on September 21, 2019 at 1:27 pm . In this case, an external phantom power supply can be added between the condenser … This power supply is called 48-volt “Phantom Power”. We need that voltage to power the diaphragm and the mic’s internal amp. Condenser mics require a DC power supply (transmitted through an XLR cable) in order to operate the active components used and therefore, a voltage (48V, but can range from 44V to 52V) is sent down the XLR cable to power the microphone. The reason why condenser microphones sound so good is because most if not all of them require a power supply. ''Phantom power is typically delivered over and XLR cable at 48 or 24 volts, while plug in power is much much less, around 2.5V ' But since he did not explain reason of differencm, let me explain why those are different.