InFocus EN 61000-3-3, EN 55024, EN 61000-3-2 manual Advanced settings

Page 25

Advanced settings

The following 4 options are for computer or HDTV sources only.

Phase: adjusts the phase of the video signal’s digital conversion.

Tracking: adjusts the frequency of the video signal’s digital conversion.

Horizontal/Vertical Position: adjusts the position of the source.

TrueLife: This option refers to Faroudja’s TrueLife processing of the image. All standard definition interlaced video signals (composite, S-video and component) are routed through this processor. Extended and High Defini- tion progressive component sources are not routed though this processor by default. You can turn TrueLife on to route these signals through the proces- sor and then adjust the following 3 options:

Chroma Detail: This adjusts the color sharpness.

Luma Detail: This adjusts the sharpness.

Chroma Delay: aligns the Luma and Chroma Detail

CCS: (Cross Color Suppression) processes the signal to remove any color information from the luma portion of the signal. It is On for all composite signals, and can be turned off for S-video and inter-laced component sig- nals.

Film Mode: controls deinterlacing. 2:2/3:2 Enable If selected, the deinter- lacer attempt to perform 3:2 pulldown, assuming the source was originally created on 24fps film. If the original source is 30fps film, you should select NTSC 2:2 pulldown.

Noise Reduction: adjusts signal noise reduction. Choose Off to have no noise reduction, choose Auto to have the software determine the amount of noise reduction, or choose Manual and adjust the Level.

Skintone Bypass prevents the noise reduction processing from being applied to skin tones. Images of people often look better with less process- ing. Available when Auto or Manual are selected.

Advanced

True Life

Film Mode

Noise reduction

25

Image 25
Contents Trademarks Declaration of ConformityFCC Warning CanadaTable of Contents Introduction Projector components and featuresIncluded items Online RegistrationConnector Panel Positioning the projector Video connections Video connectionsConnecting the power cable Connecting a video device? No startup screen? Get help on Displaying a video imageSharpness are produced Support Connecting a computerPower Save Troubleshooting your setupShutting down the projector LED behavior and meaningZoom Image not square Adjust keystone on keypad Color Blinks Red Or restart No computer image, just the words Signal out of rangeLaptop Still having problems? Using the keypad buttons Troubleshooting the remote Using the remote controlCustomizing the projector Optimizing video imagesUsing the menus Picture menu 169 Aspect ratio Presets Save User Presets Gamma Overscan Advanced settings Color Space Color Temperature Color Control Video Standard System Settings menuSystem menu Startup logo Blank Screen Language Cleaning the lens MaintenanceReplacing the projection lamp Using the security lock Resetting the lamp timerAccessories SpecificationsAppendix Projected image size Red LED behavior and projector errorsRed LEDs Red LED Behavior ExplanationSource Compability Source compatibilityProjector Inputs and Outputs Projector dimensions for ceiling mount installations Communication configuration RS-232 terminal specificationsCommand format Setting ValueFunction Command Range Default Supported commandsNPE Numerics LED Page Warranty Limitation and Exclusion Limited WarrantyTo Be Eligible For Limited Warranty Coverage Limited Warranty PeriodTo Obtain Warranty Service

EN 55024, EN 61000-3-2, EN 61000-3-3 specifications

InFocus, known for its commitment to delivering high-quality display solutions, aligns its products with rigorous international standards, ensuring impeccable performance and reliability. Among the key standards that InFocus adheres to are EN 61000-3-3, EN 61000-3-2, and EN 55024. These standards are integral in defining the electromagnetic compatibility (EMC) of electronic devices, ensuring they operate efficiently without causing or being affected by electrical interference.

EN 61000-3-2 focuses primarily on limits for harmonic current emissions in devices. It is designed to minimize the adverse effects of harmonics generated by electrical equipment on power systems. InFocus devices adhering to this standard are equipped with technologies to limit harmonic distortion, ensuring that they do not adversely affect the operation of nearby equipment or the overall power quality. This is particularly important in environments with multiple interconnected devices, promoting not just individual equipment performance but overall network efficiency.

EN 61000-3-3 relates to flicker emissions. This standard defines the permissible levels of voltage fluctuations and flicker that can be emitted by electrical equipment. InFocus products complying with this standard are engineered to ensure minimal flicker, enhancing user comfort during prolonged use. By employing advanced power management technologies, InFocus ensures stable operation that avoids flicker, which can cause eye strain and discomfort.

EN 55024 complements these standards by defining the immunity of electronic devices against electromagnetic disturbances. Devices adhering to this standard are designed to withstand a range of environmental conditions and interference from other electronic devices, ensuring optimal performance under varying conditions. InFocus utilizes robust shielding and filtering technologies, which protect its equipment from external disturbances, enhancing reliability and longevity.

The integration of these standards into InFocus's product development highlights the company's commitment to quality and user satisfaction. By focusing on harmonic currents, flicker emissions, and electromagnetic interference, InFocus not only meets regulatory requirements but also ensures that its display solutions deliver exceptional performance. This focus on compliance and technological advancement positions InFocus as a leader in the field, providing customers with high-performance and reliable display solutions that meet modern demands. As technology continues to evolve, InFocus's adherence to such standards will play a crucial role in shaping the future of display technology.