tv va brightness adder
play

TV VA Brightness Adder 09/04/19 EPA Luminance Requirements For - PowerPoint PPT Presentation

Feb 22, 2024 •338 likes •412 views

TV VA Brightness Adder 09/04/19 EPA Luminance Requirements For products with a luminance in the Brightest Selectable Preset Picture Setting (the greater value of L DEFAULT_RETAIL or L BRIGHTEST_HOME) less than 350 cd/m2, luminance in the

  1. TV VA Brightness Adder 09/04/19

  2. EPA Luminance Requirements • For products with a luminance in the Brightest Selectable Preset Picture Setting (the greater value of L DEFAULT_RETAIL or L BRIGHTEST_HOME) less than 350 cd/m2, luminance in the Picture Setting under which the product qualifies for the ENERGY STAR shall be greater than or equal to 65% of the luminance in the Brightest Selectable Preset Picture Setting, as per the Federal Test Procedure. • For products with a luminance in the Brightest Selectable Preset Picture Setting greater than or equal to 350 cd/m2, luminance in the Picture Setting under which the product qualifies for the ENERGY STAR shall be greater than or equal to 228 cd/m2, as per the Federal Test Procedure

  3. Measured Brightness of Preset Picture Settings Unit A Unit B Unit C Default 380.48 Default 337.35 Default 392.47 Setting 1 359.02 Setting 1 274.75 Setting 1 448.83 Setting 2 370.83 Setting 2 171.23 Setting 2 452.96 Setting 3 283.99 Setting 3 339.22 Setting 3 201.16 Setting 4 369.21 Retail 339.59 Retail 500.78 Retail 397.18 Unit D Unit E Unit F Default 387.52 Default 531.47 Default 346.45 Setting 1 337.69 Setting 1 727.19 Setting 1 448.43 Setting 2 282.23 Setting 2 468.71 Setting 2 155.53 Setting 3 258.45 Setting 3 538.04 Setting 3 462.23 Setting 4 334.54 Setting 4 524.24 Retail 504.92 Setting 5 186.45 Setting 5 571.66 Retail 334.42 Retail 716.66

  4. CTA 2037-B Brightness Measurements • Per CTA 2037-B Tests were conducted with ABC off Lbrightest Measured Ldefault Unit Selectable Lretail (nits) L ratio Power On (nits) (nits) (W) A 337.35 339.22 339.59 0.993 45.33 B 392.47 448.83 500.78 0.784 86.58 C 380.48 380.48 397.18 0.958 59.93 D 346.45 462.23 504.92 0.686 69.9 E 387.52 387.52 334.42 1.000 78.5 F 531.47 727.19 716.66 0.731 105.12

  5. Potential Adder Lbrightest Measured Ldefault- Ldefault Lretail Power/ Unit Selectable L ratio Power On 228 Adder (nits) (nits) Ldefault (nits) (W) (nits) Brightness adder = 0.18 x (Ldefault – 228) A 337.35 339.22 339.59 0.993 45.33 0.1344 109.35 19.68 B 392.47 448.83 500.78 0.784 86.58 0.2206 164.47 29.60 C 380.48 380.48 397.18 0.958 59.93 0.1575 152.48 27.45 D 346.45 462.23 504.92 0.686 69.9 0.2018 118.45 21.32 E 387.52 387.52 334.42 1.000 78.5 0.2026 159.52 28.71 F 531.47 727.19 716.66 0.731 105.12 0.1978 303.47 54.62 ESTAR 7.0 Limit + 25% Measured ESTAR 7.0 ESTAR 7.0 + Screen Size ESTAR 7.0 Limit + Brightness Adder Unit Display Technology Power On Limit + 25% Brightness (in) (W) (W) Adder (W) (W) (W) A 43 LED Full Array 45.33 61.96 77.45 81.64 97.13 B 55 LED Full Array 86.58 85.43 106.78 115.03 136.38 C 55 Edge lit w/local dimming 59.93 85.43 106.78 112.88 134.23 D 55 LED Full Array/local dimming 69.90 85.43 106.78 106.75 128.10 E 55 Local dimming 78.50 85.43 106.78 114.14 135.49 F 55 LED Full Array/local dimming 105.12 85.43 106.78 140.05 161.40

  6. Measured Luminance (IEC Test Clip) • Test run with IEC test clip; TV in default setting with ABC off Screen Resolution Display Technology Unit Peak Average Average Power/Brightness Brightness Brightness Power (W) Size (in) (nits) (nits) 43 2160 LED Full Array A 332.32 69.73 63.65 0.9128 55 2160 LED Full Array B 435.52 105.32 116.98 1.1107 55 2160 Edge lit w/local dimming C 380.90 93.71 100.22 1.0695 55 2160 LED Full Array/local dimming 433.77 D 89.95 141.12 1.5689 55 2160 Local dimming E 288.17 79.98 85.93 1.0744 F 55 2160 LED Full Array/local dimming 534.75 105.74 133.36 1.2612

Recommend

Outline Introduction to CMOS VLSI Single-bit Addition Design Carry-Ripple Adder

Outline Introduction to CMOS VLSI Single-bit Addition Design Carry-Ripple Adder

Outline Introduction to CMOS VLSI Single-bit Addition Design Carry-Ripple Adder Carry-Skip Adder Carry-Lookahead Adder Lecture 11: Carry-Select Adder Adders Carry-Increment Adder Tree Adder David Harris Harvey Mudd

193 views • 8 slides
FAST TWO-OPERAND ADDITION A. Conventional number system. Carry-propagate adders (CPA)

FAST TWO-OPERAND ADDITION A. Conventional number system. Carry-propagate adders (CPA)

1 FAST TWO-OPERAND ADDITION A. Conventional number system. Carry-propagate adders (CPA) Switched carry-ripple adder Carry-skip adder Carry-lookahead adder Prefix adder Carry-select adder and conditional-sum adder

921 views • 57 slides
Combinatorial networks- II Digital Systems M 1 Adder Lets see the truth table of a

Combinatorial networks- II Digital Systems M 1 Adder Lets see the truth table of a

Combinatorial networks- II Digital Systems M 1 Adder Lets see the truth table of a combinatorial network whose output values correspond to the numerical values of a 2-bit adder (Half Adder) ab Sum Carry 00 0

852 views • 64 slides
Problem 1 Design a Verilog 16-bit adder module module adder (A, B, sum); input [15:0] A, B;

Problem 1 Design a Verilog 16-bit adder module module adder (A, B, sum); input [15:0] A, B;

Problem 1 Design a Verilog 16-bit adder module module adder (A, B, sum); input [15:0] A, B; output [15:0] sum; assign sum = A + B; endmodule Problem 1 Design a Verilog 16-bit adder module module adder (A, B, sum); input [15:0] A,

653 views • 22 slides
ex start small with a 1-bit (half) adder A B Carry out Sum A 0 0 Sum 0 1 B 1 0 1 1

ex start small with a 1-bit (half) adder A B Carry out Sum A 0 0 Sum 0 1 B 1 0 1 1

Addition: ex start small with a 1-bit (half) adder A B Carry out Sum A 0 0 Sum 0 1 B 1 0 1 1 Carry out Carry in ex 1-bit full adder A + Sum B Carry out n-bit addition: Sum i = A i + B i + CarryOut i-1 Need a bigger adder!

328 views • 12 slides
Continuations Control flow of Web applications Michel Schinz 20070504 The adder

Continuations Control flow of Web applications Michel Schinz 20070504 The adder

Continuations Control flow of Web applications Michel Schinz 20070504 The adder application The adder Web application Lets assume that we want to take our adder application and turn it into a Web application, with the requirement

463 views • 7 slides
I'm Etienne React trainer & dev & consultant @LeReacteurIO A Binary adder written

I'm Etienne React trainer & dev & consultant @LeReacteurIO A Binary adder written

Hi I'm Etienne React trainer & dev & consultant @LeReacteurIO A Binary adder written with TypeScript types only Binary what ? An adder is a digital circuit that performs addition of numbers. Yes, we are just trying to

444 views • 32 slides
Quantifying Surface Brightness Quantifying SB profiles Non-Parametric Parametric CSB : 0

Quantifying Surface Brightness Quantifying SB profiles Non-Parametric Parametric CSB : 0

Quantifying Surface Brightness Quantifying SB profiles Non-Parametric Parametric CSB : 0 Effective parameters: The extrapolated central e , r e r e surface brightness from Defined as the surface 2 rI (

500 views • 4 slides
5. Simulate the n-bit modular adder/subtracter architecture The modular adder/subtracter performs

5. Simulate the n-bit modular adder/subtracter architecture The modular adder/subtracter performs

Summer School on Real-world Crypto and Privacy Hardware tutorial June 14, 2018, ibenik, Croatia Nele Mentens (KU Leuven) Pedro Maat Costa Massolino (Radboud University) TUTORIAL INSTRUCTIONS In this tutorial, we will design and simulate a

74 views • 4 slides
SVG Filters A Crash Course blur() brightness() contrast() grayscale()

SVG Filters A Crash Course blur() brightness() contrast() grayscale()

SVG Filters A Crash Course blur() brightness() contrast() grayscale() hue-rotate() invert() opacity() saturate() sepia() drop-shadow() url() filter: blur(6px);

1.02k views • 90 slides
Behavioral Modeling Using continuous assignments ISE can build you a nice adder Easier

Behavioral Modeling Using continuous assignments ISE can build you a nice adder Easier

Verilog Synthesis Examples CS/EE 3710 Fall 2010 Mostly from CMOS VLSI Design by Weste and Harris Behavioral Modeling Using continuous assignments ISE can build you a nice adder Easier than specifying your own 1 Bitwise Operators

471 views • 19 slides
Continuations Michel Schinz 20070504 Control flow of Web applications The adder

Continuations Michel Schinz 20070504 Control flow of Web applications The adder

Continuations Michel Schinz 20070504 Control flow of Web applications The adder application The following Scheme program asks for two numbers, and displays their sum assuming the obvious definitions for prompt-int and display-int :

748 views • 42 slides
Verifying Centaurs Floating Point Adder Sol Swords sswords@cs.utexas.edu April 23, 2008 Sol

Verifying Centaurs Floating Point Adder Sol Swords sswords@cs.utexas.edu April 23, 2008 Sol

Verifying Centaurs Floating Point Adder Sol Swords sswords@cs.utexas.edu April 23, 2008 Sol Swords () Verifying Centaurs Floating Point Adder April 23, 2008 1 / 21 Problem Given: Verilog RTL for the Centaur CN processors FADD

898 views • 21 slides
Summary of High Brightness Beams Workshop Erice 2005 G. A. Krafft Jefferson Lab Applications of

Summary of High Brightness Beams Workshop Erice 2005 G. A. Krafft Jefferson Lab Applications of

Summary of High Brightness Beams Workshop Erice 2005 G. A. Krafft Jefferson Lab Applications of High Brightness Beams: Energy Recovered Linacs G. A. Krafft Jefferson Lab Erice 2005 HBB Workshop 11 October 2005 Operated by the Southeastern

1.26k views • 125 slides
Efficient Structural Adder Pipelining in Transposed Form FIR Filters International Conference on

Efficient Structural Adder Pipelining in Transposed Form FIR Filters International Conference on

Efficient Structural Adder Pipelining in Transposed Form FIR Filters International Conference on Digital Signal Processing 23 July 2015 Mathias Faust , Martin Kumm * , Chip-Hong Chang and Peter Zipf * Nanyang Technological

476 views • 33 slides
Tailoring Fiber Properties With Oxygen and Peroxide Beyond Brightness Dongcheng Zhang, Dongho

Tailoring Fiber Properties With Oxygen and Peroxide Beyond Brightness Dongcheng Zhang, Dongho

Tailoring Fiber Properties With Oxygen and Peroxide Beyond Brightness Dongcheng Zhang, Dongho Kim, Lenong Allison, Zheng Dang, Arthur J. Ragauskas Institute of Paper Science and Technology School of Chemistry and Biochemistry Georgia

514 views • 33 slides
A Number System Approach for Adder Topologies lvaro Vzquez REPSOL-ITMATI Technological

A Number System Approach for Adder Topologies lvaro Vzquez REPSOL-ITMATI Technological

A Number System Approach for Adder Topologies lvaro Vzquez REPSOL-ITMATI Technological Institute For Industrial Mathematics Elisardo Antelo University of Santiago de Compostela Spain Introduction Mathematical Foundation behind the

555 views • 19 slides
High Brightness Injector Development and ERL Planning at Cornell Charlie Sinclair Cornell

High Brightness Injector Development and ERL Planning at Cornell Charlie Sinclair Cornell

High Brightness Injector Development and ERL Planning at Cornell Charlie Sinclair Cornell University Laboratory for Elementary-Particle Physics Background During 2000-2001, Cornell, with much help from JLab, prepared an NSF proposal to

724 views • 44 slides
Dependence of AMSU-A Brightness Temperatures on Bistatic Surface Scattering (in cooperation with

Dependence of AMSU-A Brightness Temperatures on Bistatic Surface Scattering (in cooperation with

Dependence of AMSU-A Brightness Temperatures on Bistatic Surface Scattering (in cooperation with C. Mtzler, U. Bern) Polar firn ice frequently exhibits significant surface reflectivity (0.1 to 0.3), and AMSU channels 3, 4 and 5 are sensitive

690 views • 9 slides
Generation of intense THz pulses using ultra-short, high-brightness electron bunches Jom Luiten

Generation of intense THz pulses using ultra-short, high-brightness electron bunches Jom Luiten

Generation of intense THz pulses using ultra-short, high-brightness electron bunches Jom Luiten 8 Oct 2009 John Adams accelerator institute 1 Coherence & Quantum Technology (CQT) Willem Op t Root PhD student Technical support:

1.05k views • 71 slides
Systems Fast Adder Shankar Balachandran* Associate Professor, CSE Department Indian Institute

Systems Fast Adder Shankar Balachandran* Associate Professor, CSE Department Indian Institute

Spring 2015 Week 9 Module 51 Digital Circuits and Systems Fast Adder Shankar Balachandran* Associate Professor, CSE Department Indian Institute of Technology Madras *Currently a Visiting Professor at IIT Bombay Recursive Doubling Technique

475 views • 24 slides
Cryogenic Normal Conducting RF Accelerators - Experiments That Enable High Brightness RF Guns

Cryogenic Normal Conducting RF Accelerators - Experiments That Enable High Brightness RF Guns

Cryogenic Normal Conducting RF Accelerators - Experiments That Enable High Brightness RF Guns Valery Dolgashev SLAC National Accelerator Laboratory Seminar at the John Adams Institute for Accelerator Science at the University of Oxford, UK, 19

747 views • 48 slides
Seasonal variation of radial brightness contrast of Saturn's rings viewed in mid-infrared by

Seasonal variation of radial brightness contrast of Saturn's rings viewed in mid-infrared by

Seasonal variation of radial brightness contrast of Saturn's rings viewed in mid-infrared by COMICS Fujiwara et al. 2017, A&A, 599, A29 Hideaki Fujiwara Subaru Telescope, NAOJ Collaborators: Ryuji Morishima (UCLA/JPL), Takuya Fujiyoshi,

301 views • 12 slides
Review Hue-Saturation-Brightness vs. Red-Green-Blue color Decimal, Hex, Binary numbers and

Review Hue-Saturation-Brightness vs. Red-Green-Blue color Decimal, Hex, Binary numbers and

Review Hue-Saturation-Brightness vs. Red-Green-Blue color Decimal, Hex, Binary numbers and colors Variables and Data Types Other "things," including Strings and Images Operators: Mathematical, Relational and Logical

502 views • 20 slides

More recommend