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How to Use a Lavalier Microphone for iPhone?

There is a wide range of dual lavalier microphones for iPhone available in the market today. This means you should find selections fitting to your budget and needs. You should find look for microphones that use two or more forms of wireless technology so that you can ensure a stable signal. These technologies were developed independently by different microphone manufacturers. Therefore, you should look for microphones based on the company so that you can pick the technology appropriate.

If you can afford it, you will want to purchase wireless mics with true diversity reception. This anticipates having two distinct receiver modules with individual antennae. You also have the chance of purchasing pure digital wireless systems, as well as digital hybrid wireless. Using these digitally enabled wireless systems means better compatibility and sound reproduction for digital technology.

You may decide to buy lavalier microphone for iPhone. These are the types of microphones commonly seen on reality television shows and news programs. They are small microphones that attach to clothing and allow your hands to remain free. Previously, they were only viable for TV networks, since they needed pricey, oversized receiver modules. However, it has been figured out how to reduce the cost and size forte these modules and they are much more widely used.

The wireless lavalier microphone for iPhone may be one of the most useful audio devices in the field of recording and performance. What about choosing a wireless system and the best ways to use it? Wireless mics are made for people who have a lot of ground to cover. In broadcasting for instance, where the action is often moving. A wireless microphone can save time and provides for an easier setup. There are two wireless frequency ranges VHF and UHF (very high and ultra-high frequencies).

If you need to choose between the two, VHF is more crowded with more devices being used in that particular frequency range. UHF has a bit more leeway in terms of getting a clean signal that's more practical to work with.

Both kinds work essentially in the same way: The mic transmits an audio signal, which then modulates the signal into a radio frequency and sends it across to a receiver, demodulating the signal, and turning it back into an audio signal.

Now let's get into the equipment used. We'll use a body-pack transmitter and a lavalier microphone for iPhone lightning as an example; probably the most used of all the types of systems. The wireless lavalier microphone for iPhone connects to the transmitter via a mini plug and again, transmits to the chosen frequency on the receiver.

Most receivers will have an XLR output to plug into an amplifying system. Some receivers will provide both an XLR and 1/4" jack. It's your choice, depending on the compatibility of the amplifier or mixer.

A couple of things that you'll want to look for before you buy are a low battery indicator on the body-pack transmitter so you can closely monitor the level of the battery and a display that tells you what frequency you're operating on.

Let's take look at our tips for operating a wireless system:

  1. Allow a clear line of sight between the transmitter and receiver. This will increase the chances that there will be a good connection between devices without much interference. It's still important to know that wireless mics can transmit around walls or other obstacles, even if the connection is not as good. The best advice is to give it a try. If it's satisfactory use it. If not try another frequency. (You won't have that liberty, lest you have a USB system that can scan frequencies).
  2. This piece of advice has to do with how high the level of the battery is. It's wise to check the level of the battery power, but most importantly to carry a backup or two. The last thing you need is to ruin a recording or broadcast by not having such a basic thing.
  3. When choosing a wireless mic receiver try to get a "diversity" receiver. RF (radio frequencies) can rebound off of the surfaces in space resulting in the waves reaching the antennae at different times possibly causing a glitch. A diversity receiver has 2 antennas and 2 demodulators. With two antennas the signal will still be received at different timings but with the two antennas, it will switch back and forth and choose the best one.

We hope that these few tips will make your understanding and experience with a lavalier microphone iPhone adapter a bit more profitable and trouble-free.

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