KLIPPEL R&D系统 (开发)
模组 | 备注 |
|---|---|
| 多音测量 (MTON) | MTON基于多音激励为R&D应用提供高度灵活和全面的测量。 相对于单次测量模式只执行单个多音测量，多次测量模式则提供自动测试序列，以获得DUT与机械和热压缩相关的操作限制以及多音失真。这允许MTON模块执行符合IEC 60268-21的SPLmax以及连续最大SPL（ANSI/CEA-2010-B 和 ANSI/CEA- 2034）以及其他标准测量。 |
KLIPPEL产品模板
模板名称 | 应用 |
|---|---|
| MTON Rated Umax based on SPLmax @ SP1, IEC 60268-21 | 符合IEC 60268-21 §17.1的额定最大输入值Umax。 |
| MTON Max SPL @ SP1, fixed level; IEC 60268-21 | 符合IEC 60268-21 §18.1.2b的额定最大声压级。 |
| MTON Max SPL @ SP1, increased level; IEC 60268-21 | 符合IEC 60268-21 §18.1.2b的额定最大声压，增加激励电平以确定 SPLmax。 |
| MTON Short term max SPL @ SP1, fixed level; IEC 60268-21 | 符合IEC 60268-21 §18.3的额定最大声压级。 |
| MTON Short term max SPL @ SP1, increased level; IEC 60268-21 | 符合IEC 60268-21 §18.3的额定最大声压级，增加激励电平以确定SPLshort。 |
| MTON Long term max SPL @ SP1, fixed level; IEC 60268-21 | 符合IEC 60268-21 §18.4的额定最大声压级。 |
| MTON Long term max SPL @ SP1, increased level; IEC 60268-21 | 符合IEC 60268-21 §18.4 3的额定最大声压级，增加激励电平以确定SPLlong。 |
| MTON SPL in stated frequency band @ SP1; IEC 60268-21 | 符合IEC 60268-21 §18.6的指定频带的声压级。 |
| MTON Multitone @SP1; IEC 60268-21 | 符合IEC 60268-21 §23的多音失真。 |
| MTON Wireless Measurement AN16 | 无线设备的多音失真测量（AN16） |
| QC Multi-tone Distortion (MTD) | QC中多音测量的默认操作模板 |
| System\Self-Powered\System Test (Multi-Tone) | 自供电扬声器系统的多音测试（QC Start测试模板） |
| System\Self-Powered\Mono (Multi-Tone) | 自供电扬声器的chirp和多音信号组合测试（QC Start测试模板） |
| System\Passive\Mono (Multi-Tone) | 无源扬声器的chirp和多音信号组合测试（QC Start测试模板） |
A. Taylor: Mastering Wirless Multi-Tone Testing
W. Klippel: Physical and Perceptual Evaluation of Electric Guitar Loudspeakers
Voishvillo, et. al. , “Graphing, Interpretation, and Comparison of Results of Loudspeaker Nonlinear Distortion Measurements,” J. Audio Eng. Society 52, No. 4 pp. 332-357 (Apr. 2004)
W. Klippel, Tutorial “Loudspeaker Nonlinearities - Causes, Parameters, Symptoms,” J. of Audio Eng. Soc. 54, No. 10, pp. 907-939 (2006 Oct.).
E. Czerwinski, et al., “Multitone Testing of Sound System Components' Some Results and Conclusions, Part 2: Modeling and Application,” J. of Audio Eng. Soc. Volume 49, 2001 December, pp. 1181 – 1192.
S. Temme, et al., “A New Method for Measuring Distortion Using a Multitone Stimulus and Noncoherence,” J. of Audio Eng. Soc., Volume 56, 2008 March, pp. 176 – 188.
W. Klippel, “Nonlinear Large-Signal Behavior of Electrodynamic Loudspeakers at Low Frequencies,” J. of Audio Eng. Soc., Volume 40, pp. 483-496 (1992).
A. Voishvillo, “Graphing, Interpretation, and Comparison of Results of Loudspeaker Nonlinear Distortion Measurements,” J. of Audio Eng. Soc., Volume 52, No. 4, pp. 332-357, April 2004.
W. Klippel, “Prediction of Speaker Performance at High Amplitudes,” presented at 111th Convention of the Audio Eng. Soc., 2001 September 21–24, New York, NY, USA.