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TVL is defined as the maximum number of alternating light and dark vertical lines that can be resolved per picture height. A resolution of 400 TVL means that 200 distinct dark vertical lines and 200 distinct white vertical lines can be counted over a horizontal span equal to the height of the picture.

F-MAX means “Frequency Max.” This is the maximum frequency range used when capturing vibration data on a spectrum. For example, with a rolling element bearing, F-MAX should be set to 70 times the run speed.

The vertical resolution (number of horizontal lines) on a TV or computer screen. The term typically is used with TVs; for example, HDTVs have 720 or 1,080 lines, while analog TVs used 525 or 625 lines, several of which were invisible between frames.

The number of lines of resolution represent the number of dots available to draw out the detail of the fft. A higher fmax requires more dots for better detail. High resolution and fine detail are often necessary to diagnose different and more complex faults.

Averaging is a good method for minimizing the effects of noise, for isolating frequencies of interest and for revealing specific patterns in the data. Several averaging techniques are available in most vibration analysis software, including: Linear averaging. Peak-hold averaging. Time synchronous averaging.

VGA simply is 640x480 pixels, SVGA=800x600, XGA=1024x768. Resolution can be adjusted under the settings tab in the display properties menu located in the control panel. In addition the number of colors the computer displays can also be adjusted there.

TVL stands for television lines: a measure of an image's resolution displayed by an analog monitor or recorded by an analog camera. TV lines measure resolution by counting the number of alternating black and white vertical lines displayed on a monitor/​video screen while remaining clear and defined.

The frequency resolution of the vibration spectrum is equal to the Fmax divided by the number of lines (and multiplied by the window factor - which we will ignore here for now). So, if we collect a spectrum with an Fmax of 1,600 Hz with 800 lines of resolution, the resolution on our plot will be 1,600 / 800 or 2 Hz.

TVL is defined as the maximum number of alternating light and dark vertical lines that can be resolved per picture height. A resolution of 400 TVL means that 200 distinct dark vertical lines and 200 distinct white vertical lines can be counted over a horizontal span equal to the height of the picture.

F-MAX means “Frequency Max.” This is the maximum frequency range used when capturing vibration data on a spectrum. For example, with a rolling element bearing, F-MAX should be set to 70 times the run speed.

The vertical resolution (number of horizontal lines) on a TV or computer screen. The term typically is used with TVs; for example, HDTVs have 720 or 1,080 lines, while analog TVs used 525 or 625 lines, several of which were invisible between frames.

The number of lines of resolution represent the number of dots available to draw out the detail of the fft. A higher fmax requires more dots for better detail. High resolution and fine detail are often necessary to diagnose different and more complex faults.

Averaging is a good method for minimizing the effects of noise, for isolating frequencies of interest and for revealing specific patterns in the data. Several averaging techniques are available in most vibration analysis software, including: Linear averaging. Peak-hold averaging. Time synchronous averaging.

VGA simply is 640x480 pixels, SVGA=800x600, XGA=1024x768. Resolution can be adjusted under the settings tab in the display properties menu located in the control panel. In addition the number of colors the computer displays can also be adjusted there.

TVL stands for television lines: a measure of an image's resolution displayed by an analog monitor or recorded by an analog camera. TV lines measure resolution by counting the number of alternating black and white vertical lines displayed on a monitor/​video screen while remaining clear and defined.

The frequency resolution of the vibration spectrum is equal to the Fmax divided by the number of lines (and multiplied by the window factor - which we will ignore here for now). So, if we collect a spectrum with an Fmax of 1,600 Hz with 800 lines of resolution, the resolution on our plot will be 1,600 / 800 or 2 Hz.