TO-30078-P117

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The TO-30078-P117 is a micropohnmicrophone, designed for applications requiring a high quality micropohnmicrophone. It is well suited for all types of recording and sound reinforcement applications.

The TO-30078-P117 utilizes a high-sensitivity design with a frequency response of 10 Hz - 20 kHz. It is designed with an integral preamplifier circuit for good noise performance and a low-noise diaphragm. The frequency response and signal-to-noise ratio (SNR) of the micropohnmicrophone make it a great choice for recording.

The microphone\'s directional characteristics are determined by the placement of its various components. It is a unidirectionalpressure micropohnmicrophone, in which the primary distant-field sound entering the micropohnmicrophone is picked up while the signal picked up from nearby sound sources is blocked. This means that the microphone will pick up sound mainly from the direction it is pointed, which makes it a good choice for applications requiring more directional pickup such as recording a single instrument or capturing background noises from a distance.

The TO-30078-P117 utilizes a balanced output, which helps to prevent noise due to ground loops. It is also equipped with an integral transformer, allowing impedance match capability for improved signal-to-noise ratio. This feature allows greater control over the micropohnmic\'s output and allows it to be used in either balanced or unbalanced systems.

The TO-30078-P117 is powered with either 12 or 48 volt phantom power and uses an XLR connector. This micropohnmicrophone is ruggedly built and is designed to last for years of heavy use.

The TO-30078-P117 is a great choice for recording acoustic instruments and voice applications. Its frequency response and directional characteristics make it an excellent choice for capturing nuances of tone that may not be as easily captured with other microphones. It can be used for live sound amplification, broadcasting, recording, and other applications in which its sound, quality, and reliability are needed.

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