TM1 measurement microphone with calibration data

Ideal Use Cases

The Audix TM1 Plus is a 6 mm pre-polarized condenser microphone developed for test and measurement applications. Its uniformly controlled omnidirectional polar pattern makes it suitable for measurement work in which sound must be captured without relying on a narrowly directed pickup pattern. The model is intended for users who prioritize linearity, accurate response, consistency, and straightforward operation. Calibration data accompanies this TM1 Plus configuration, providing product-specific reference information for measurement workflows. The supplied product information does not identify particular software platforms, analyzers, or measurement systems, so compatibility should be confirmed for the intended setup.

Why Choose This Model

The TM1 Plus combines a compact 6 mm condenser design with the qualities Audix identifies for the TM1 series: linearity, accurate response, consistency, ease of use, and affordability. These characteristics directly address the needs of test and measurement work, where repeatable microphone behavior and a faithful response are important considerations. Its pre-polarized condenser construction establishes the microphone as a purpose-built measurement tool rather than a conventional directional microphone. The included calibration data further distinguishes this configuration for applications that use microphone-specific reference information.

Installation and Integration

Integration begins with matching the TM1 Plus to the test or measurement equipment used in the intended workflow. The provided source data does not specify its connector, required power, voltage, mounting method, cable arrangement, supported accessories, or compatible measurement software. Those details should therefore be verified before installation. No dimensions or weight are supplied beyond the 6 mm microphone description. The omnidirectional polar pattern should also be considered when selecting placement because the microphone is designed with controlled pickup around the microphone rather than a stated directional pattern. Calibration data should be retained with the microphone for workflows that reference it.

Performance Highlights

Audix describes the TM1 as being known for linearity, accurate response, and consistency. Together, these are the central performance attributes presented for this model. Its uniformly controlled omnidirectional polar pattern is another defining element, providing the stated pickup behavior for test and measurement use. The 6 mm pre-polarized condenser design identifies both the microphone size stated in the source and its operating type. A value labeled “refresh rate” is listed as 20 Hz in the supplied technical metadata; because the source does not explain that field or provide a frequency range, it should not be interpreted as a frequency-response specification.

What Makes It Different

The TM1 Plus is presented specifically as a measurement microphone with calibration data. That combination separates it from microphone listings that provide no microphone-specific calibration reference. Its design centers on a uniformly controlled omnidirectional polar pattern instead of a directional pickup specification. Audix also positions the TM1 around consistency and ease of use, alongside linearity and accurate response. The available information does not state sensitivity, maximum sound pressure level, self-noise, impedance, dynamic range, or a complete frequency response, so no additional performance claims should be assumed from the supplied data.

Final Assessment

The Audix TM1 Plus is a focused option for test and measurement users seeking a 6 mm pre-polarized condenser microphone with calibration data and a controlled omnidirectional pattern. Its stated strengths are linearity, accurate response, consistency, ease of use, and affordability. It is best evaluated on those documented characteristics, while connection, power, mounting, environmental, and system-compatibility requirements should be confirmed separately because they are not included in the available specifications.