Zen studio 2 trs inserts external effects manual#
Zen studio 2 trs inserts external effects full#
Zen studio 2 trs inserts external effects series#

Zen studio 2 trs inserts external effects series#

Yamaha TF Series digital mixers, for example, provide a four-band parametric EQ, gate and compressor on every input channel. Inserts In The Digital Worldĭigital mixers usually don’t have insert jacks because the processing is done internally. That’s why some mixers, like the Yamaha MGP24X and MGP32X, provide inserts for the stereo L/R outputs: The stereo inserts on the MGP24/32X.

Zen studio 2 trs inserts external effects full#

In live sound, graphic equalizers and compressors are also often used to process the full mix being sent to the stereo L/R bus. These types of effects are typically accessed via an aux send, with the processed signal coming back into the mixer via an aux return, where it is blended in with the unprocessed “dry” signal. Reverbs and delays are not generally accessed via inserts because they often receive signals from multiple channels. Compressors (typically used on vocals, kick, snare and bass), gates (for drums) and outboard EQ processors are generally accessed via inserts and are therefore commonly called insert effects. the stereo L/R mix or any of the aux sends), but it also means that you need more hardware if you want to process a lot of channels.

This enables you to optimize the compressor settings for the vocal before it is sent to any other buses (e.g. Inserting a compressor on a vocal channel, for example, ensures that you hear only the compressed signal and dedicates the compressor to the vocal only. Inserts are most useful when you want to process individual channels, and when you want to hear only the processed signal.

Zen studio 2 trs inserts external effects manual#

Most manufacturers use the tip of the TRS as the send and the ring as the return but some do it vice-versa, so be sure to check the manual for your particular mixer. The two TS connectors of an insert cable share a common ground.

So how can a TRS insert - which has three conductors - carry two separate signals? The answer lies in the fact that the sleeves of the two TS connectors are both wired to the sleeve of the TRS so that they share a common ground. One unbalanced cable requires two conductors: a tip that carries the “hot” signal, and a sleeve that carries the ground. The insert usually comes in the signal path after the mic preamp, trim and equalization ( EQ) circuitry, but that can vary from one manufacturer to another. But when a connector is plugged into the jack, the signal is rerouted from the mixer to the external processor. If a connector is not plugged in, the insert is bypassed. Signal routings of an insert cable.Ī switch inside the insert jack senses if there’s a TRS connector plugged in. The TS ends of an insert cable are usually labeled to indicate which one is an input (the bottom jack in the illustration below) and which one is an output (the top jack in the illustration below). The ring of the TRS is used to return the signal from the processor back into the same mixer channel. When the TRS connector is plugged into an insert jack, the signal from the mixer channel is sent out through the tip of the TRS connector to an external (“outboard”) processor such as a compressor or noise gate. Using an insert requires a special cable (appropriately enough called an “insert cable”), which has a TRS plug at one end and two TS (Tip/Sleeve) plugs at the other end. They’re often found on the rear panel, like this: Channel inserts on the Yamaha MGP16X.Īn insert provides both an output (or “send”) and an input (or “return”) on a single 1/4-inch TRS (Tip/Ring/Sleeve) jack that’s internally wired as a pair of connections. Many analog mixers, such as the Yamaha MGP Series, offer inserts on the input channels.

Ever wonder what those connections on your mixer called “inserts” do? Here’s a guide to what they are and how they are used.