What is the difference between a 5V microphone plugged directly into the sound card and a 48V microp

What is the difference between a 5V microphone plugged directly into a sound card and a 48V microphone plugged into phantom power? The difference between a 5V microphone and a 48 microphone is that a 5V powered microphone will not have a voltage conversion circuit or transformer on the circuit board, while a 48V powered microphone is usually a medium diaphragm (e.g., Levitt 240) or even a large diaphragm (e.g., Philo ED206). Usually, the microphone with 48V power supply is more sensitive than the 5V power supply in most cases, but now there are some microphones such as rock 5V design with built-in amplification circuit, but the noise floor noise also goes up while amplifying the sound signal.

If you want to see what capacitor microphone, you don't need a 48V power supply for the hand-held one.

The condenser microphone works on a No. 5 battery, and the condenser microphone with a large diaphragm only needs a 48V phantom power supply, and the condenser microphone that needs a 48V diaphragm microphone to plug directly into the computer cannot work.

Connect between the Agtron microphone and the 48V phantom power supply and use the XLR male busbar. The phantom power rear output uses a XLR cable to output to the sound card's microphone jack. This is how it is connected. The 48 phantom power supply is universal. It has nothing to do with the brand.

In response to this problem, we use an XLR cable to connect the 48V phantom power to the microphone. The XLR cable is a commonly used audio cable, which can connect the power output of the 48V phantom power to the microphone, so that the microphone works properly. To connect the 48V phantom power to the microphone, first prepare an XLR connection cable, then plug one end of the XLR cable into the output interface of the 48V phantom power supply, and the other end into the input interface of the microphone, and finally plug the power plug of the 48V phantom power into the power socket to complete the connection between the 48V phantom power supply and the microphone.

The XLR cable is a commonly used audio cable, it has three interfaces, which are red, white and green, the red interface is used to output positive voltage, the white interface is used to output the negative stool lead voltage, and the green interface is used to output the ground wire. The interface order of the XLR cable is red, white, and green, and you should pay attention to the order of the interface when connecting to avoid errors. In addition, when connecting the 48V phantom power supply and the microphone, you should also pay attention to the output voltage of the power supply, under normal circumstances, the output voltage of the 48V phantom power supply is 48V, if the output voltage is too high, it may cause damage to the microphone, so pay attention to check the output voltage of the power supply when connecting to avoid unexpected situations.

Excuse me, but please go into more detail?

Solution 1 for 48V phantom power connection microphoneFirst, connect the XLR output plug of the 48V phantom power supply to the XLR input plug of the microphone, and then plug the power cord of the power supply into the power outlet to complete the connection. Phantom power supply is a commonly used microphone power supply, which can provide 48V DC voltage to meet the power supply needs of the microphone.

It can effectively suppress external noise and improve the signal-to-noise ratio of the microphone, thereby improving the sound quality of the microphone. 3.In addition, the 48V Phantom Power can also provide additional power to meet the power needs of its Tong Jian other equipment, such as mixers, effects, etc.

In addition, it can also provide power to multiple microphones to meet the needs of multiple recordings. In short, the 48V phantom power supply is a very practical microphone power supply, which can meet different recording needs, improve the sound quality of the microphone segment, suppress external noise, and provide additional power supply for local combustion pants, which is a must-have equipment for recording engineers.