Do you have a question about the GV46L HDTV and is the answer not in the manual?
Questions and answers
Ángeles Chavez
February 28, 2025
Para que se usa cada entrada en la parte trasera
2 comments:
Mr. Anderson
February 28, 2025
The Vizio GV46L HDTV has several input types, each serving a specific purpose:
1. Co-axial RF (ATSC/QAM/NTSC) – Used for connecting an antenna or cable TV source. 2. HDMI™ with HDCP (2 ports, 1 with Stereo Audio RCA) – Used for high-definition video and audio from devices like Blu-ray players, gaming consoles, and streaming devices. 3. Component YPbPr plus Stereo Audio (2 ports) – Used for high-quality analog video and audio from older DVD players, game consoles, and other AV devices. 4. RGB PC plus Stereo Audio (1 port) – Used for connecting a computer to use the TV as a monitor. 5. S-Video plus Stereo Audio (2 ports, shared in AV1 & AV2) – Used for improved analog video quality from older devices like VCRs and camcorders. 6. Composite Video plus Stereo Audio (2 ports, AV1 & AV2) – Used for connecting older AV devices with standard definition video.
Each input allows different types of devices to connect to the TV for various viewing and audio experiences.
This answer is automatically generated
Ángeles Chavez
February 28, 2025
@Mr. Anderson y porque se apago la tv cuando se conecto un cable a esa entrada
11. Spare parts list 11-1 12-1. Complete Parts List (GV46L HDTV_Samsung) 12-1 12-2. Complete Parts List (GV46L HDTV10A_Samsung) 12-2 Appendix 1. Main Board Circuit Diagram 2. Main Board PCB Layout 3. Assembly Explosion Drawing Block Diagram VIZIO GV46L_HDTV,GV46L_HDTV10A Service Manual...
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Use a power cable that is properly grounded. Always use the AC cords as follows – USA (UL); Canada (CSA); Germany (VDE); Switzerland (SEV); Britain (BASEC/BS); Japan (Electric Appliance Control Act); or an AC cord that meets the local safety standards. VIZIO GV46L_HDTV,GV46L_HDTV10A Service Manual...
Chapter 1 Features High resolution 1366 x 768 with wide screen Built-in digital HDTV and standard TV combination TV tuner All TV formats supported (1080i, 720p, 480 p and 480i) Computer Monitor (RGB): up to1366 x 768 (H x V) Wall mounting capable with and without speakers 2.1 virtual surround sound (TruSurround XT) with 20W subwoofer Dual HDMI (High Definition Multimedia Interface)
2. Optical characteristics Item Specification Note Display Pixels 1366 (H) x 768 (V) pixels Pixel Pitch 0.7455 (H) x0.2485 (V) mm*3 Pixel Arrangement RGB vertical stripe Color Depth 8 bit, 16.7M colors Active Display Area 921.6 (H) x 519.2 (V) ±0.5 mm Surface treatment of Hard coating Brightness...
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4. Environment 4.1 Operating a. Temperature 0~35 b. Humidity 0%~90% RH (No condensation) 4.2 Non-operating a. Temperature -20~60 b. Humidity 0%~90% RH (No condensation) 4.3 Altitude a. Operating 0~14,000 ft b. Non-operating 0~40,000 ft 5. Dimensions & Weight A: Display Module B: Speaker C: Base Display Module +...
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6. Packaging Specification 6.1 Packaged dimensions a. Height 960+/- 20 mm b. Width 1300+/- 20mm c. Depth 374 +/- 20 mm 6.2 Pallet Load a. Sea 3 units/pallet 6.3 Container Load a. 40’ container 108 units (@3 x 36 pallets= 108 units) b.
Chapter 3 On Screen Display 1. Analog Menu - RGB/AV/Component/HDMI/TV Image Settings Mode Level 1 Level 2 Level 3 Level 4 Vivid, Movie, Game, VIDEO Picture Mode Sport, Custom VIDEO Brightness(0~100) VIDEO Contrast(O~100) VIDEO Saturation(0 100) VIDEO Hue(-50~50) VIDEO Sharpness(0~24) VIDEO Advanced VIDEO Noise Reduction...
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When “Custom” in “Picture Mode” is selected. Display Settings Mode Level 1 Level 2 Level 3 Level 4 16:9 4:3 Zoom* VIDEO Aspect Ratio Panoramic** 16:9 4:3 Aspect Ratio PIP Mode Off, Large PIP, Small PIP, POP PIP Position Top-Left, Top-Right, Bottom-Left, Bottom-Right PIP Input ***...
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Parental Controls Mode Level 1 Level 2 Level 3 Level 4 VIDEO Password VIDEO Settings VIDEO TV Rating TV Youth (Unblocked Blocked) VIDEO TV Youth 7 (Unblocked Blocked) VIDEO VIDEO TV G (Unblocked Blocked) TV PG (Unblocked Blocked) VIDEO TV 14 (Unblocked Blocked) VIDEO TV MA (Unblocked Blocked) VIDEO...
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Setup Mode Level 1 Level 2 Level 3 Level 4 Closed Caption Display CC1, CC2, CC3, CC4, TEXT1, TEXT2, TEXT3, TEXT4 Captions on mute On, Off Language English, French, Spanish Factory Reset (No,Yes) Image Cleaner TV Menu Auto Scan Set Channel Add/Skip Cable/Antenna DTV Menu*...
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Level 1 Level 2 Level 3 Level 4 Level 5 Scan* Manual Scan* Scan mode Add-on Mode Range Mode From Channel To Channel Channel Skip Digital Audio Out Dolby Digital Closed Caption Analog Closed CC1~CC4 OFF Caption Digital Closed Service 1~Service 6, CAPTION Digital Closed Style As Broadcaster...
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Level 1 Level 2 Level 3 Level 4 Level 5 Background Color Black White Green Blue Cyan Yellow Magenta Background Opacity Solid Translucent Transparent Window Color Black White Green Blue Cyan Yellow Magenta Window Opacity Solid Translucent Transparent Parental control CONFIDENTIAL –...
Chapter 5 Pin Assignment 1. Input RGB PC Connector a. Type: Analog b. Frequency: H: 30-80KHz V: 60-85Hz c. Signal level: 0.7Vp-p d. Impedance: e. Synchronization H/V separate sync: H/V composite sync: Sync on Green f. Video bandwidth: 135MHz g. Connector type: 15-pin D-Sub, female Pin Number Pin Assignment...
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HDMI Connector a. Frequency: H: 15.734KHz V: 60Hz H: 31KHz V: 60Hz H: 45KHz V: 60Hz H: 33KHz V: 60Hz b. Polarity: Positive or Negative c. Type: Type A d. Pin Assignment: Please see below Pin 19 Pin 1 Pin 2 Signal Assignment Signal Assignment TMDS Data2+...
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1.3 AV/Composite Video (CVBS) Connector a. Frequency: H: 15.734KHz V: 60Hz (NTSC) b. Signal level: 1Vp-p Sync (H+V):0.3V below Video (Y+C) c. Impedance: d. Connector type: RCA jack 1.4 AV/S-Video Connector 1, 2 = GND 3 = Luminance (Y) 4 = Chrominance(C) a.
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F-type TV RF connector NTSC system a. Signal level Analog 1Vp-p typical (45tdB~90dB) b. Frequency 55~801 MHz ATSC system a. IF-output level 1Vp-p minimum b. Frequency 57~803 MHz QAM system (supporting clear QAM) a. IF-output level 1Vp-p minimum b. Frequency 57~849 MHz PC Stereo audio a.
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2.3 Headphone a. Signal level: 1Vrms (max.) b. Impedance: c. Output: 50 mW d. Connector type: Earphone mini jack 3. Acoustic 3.1 Connection 3.1.1 Left Acoustic: Speaker connector (5-pin audio din) connected to the speaker box with 2” x 5” 8 /10 W speaker 3.1.2 Right Acoustic: Speaker connector (5-pin audio din) connected to the speaker box with 2”...
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W1 CONNECTION “ATSC BOARD” Description Description SCL_5V ATSC_CLK SDA_5V ATSC_RST ATSC_WS ATSC_RDY ATSC_DA SV1_CTZ / SV1_HUD ATSC_Y N / C ATSC_Pb SIF_Tuner1 ATSC_Pr SIF_Tuner2 N / C N / C +12V_SW ATSC_Audio_L +12V_SW ATSC_Audio_R +5V_SW ATSC_TX +5V_SW ATSC_RX +5V_SW CHKTNR0 +5V_SW +5V_SW J3 SELECT KEY POWER...
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ATSC Board W1 CONNECTION “MAIN BOARD” Description Description Tuner-SCL2 A01MICLK/A01BLK Tuner-SDA2 ORESET A01LRCK READY A01SDATA0 NTSC-CVB1 MAIN-YOUT N / C MAIN-PbOUT NTSC-SIF MAIN_PrOUT N / C HDMI-SPDIF SPDIF-Ctrl +12V_SW Audio_LCHOUT +12V_SW Audio_RCHOUT N / C U2TX N / C U2RX N / C Tuner SW N / C...
Chapter 8 Theory of Circuit Operation The operation of User Interface The following diagram provides a brief overview of the user-interactive components of the firmware. Figure 8-1 User Interface Block Diagram The operation of keypad There are 7 keys to control and select the function of SHD-3010 and also have two LED to indicate the status of operation.
The operation of Video Processor FLI8532 The Genesis Microchip FLI8532 includes an integrated 3-D Digital Video Decoder with Faroudja DCDi CinemaTM video format conversion, video enhancement, and noise reduction. The auto-detection and Faroudja DCDi CinemaTM technology allow the FLI8532 to detect, process, and enhance any video or PC graphic format.
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Analog Input Port (AFE): The FLI8532 chip has a sophisticated Analog Front End with 16 reconfigurable inputs through and analog multiplexer to anti-alias filters before the Analog to Digital Converters (ADCs). These integrated features eliminate the need for any devices between the input connector and the pin of the FLI8532.
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PORTA also includes optional signals (DIP_EXT_CLAMP, DIP_EXT_COAST, DIP_CLEAN_HS_OUT) for interfacing to external ADC/PLL devices. These signals are not present on PORTB. Bits 7 to 0 of PORTA can be configured as a bidirectional interface for media card applications. Inputs to the digital input port are TTL compatible with a maximum clock speed of 135MHz.
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LVDS Transmitter: Two LVDS channels (A and B) are available on the output of the FLI8532 to transmit data and timing information to the display device. The following diagram shows the available LVDS mapping for 30-bit LVDS output which is applying to PDP panel spec: 30-bit LVDS Output Stream To Configure for 30-bit LVDS with this data mapping:...
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On Chip Microcontroller: FLI8532 on-chip micro-controller (OCM) serves as the system micro-controller. It programs the FLI8532 and manages other devices in the system such as the keypad and non-volatile RAM (NVRAM) using general-purpose input/output (GPIO) pins. The OCM can address a 22-bit address space to utilize 4 MB external ROM Figure 8-5 FLI8532 OCM block diagram The OCM executes a firmware program running from external ROM, as well as driver-level (or Application Programming Interface –...
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The two-wire protocol requires each slave device to be addressable by a 7-bit identification number. A two-wire data transfer consists of a stream of serially transmitted bytes formatted as shown in the figure below. A transfer is initiated (START) by a high-to-low transition on MSTR_SDA while MSTR_SCL is held high.
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Clock Generation The FLI8125 accepts the following input sources: 1.Crystal Input Clock (TCLK and XTAL). This is the input pair to an internal crystal oscillator and corresponding logic. Alternatively, a single ended TTL/CMOS clock input can be driven into the XTAL pin (leave TCLK as n/c in this case). 2.External Clocks on various GPIOs for test purposes 3.Host Interface Transfer Clock (SCL), I2C slave SCL for DDC2Bi and another SCL for Serial Inter-Processor Communication (SIPC)
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Figure 8-8 FLI8125 Internally Synthesized Clocks Analog Front End The Analog Front End is responsible for selecting and capturing the desired analog input video stream. Overall application cost is reduced by providing analog switching capabilities for 16 separate analog signals. These signals are re-configurable as different combinations of composite, S-Video, YPrPb and RGB video streams depending upon the end application.
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Figure 8-9 Analog Input Port The Analog Front End provides the capability to capture 16 analog video inputs which can be a combination of Composite (CVBS), S-Video (SY, SC), YPrPb (Y, Pr, Pb) or RGB (R, G, B). The Analog Source Selectors are responsible for switching the desired analog inputs to the ADCs for digitization.
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Figure 8-10 Digital Datapath Digital Input Port The Digital Input Port is 24-bit input bus that can be connected to external DVI receivers, video decoders, etc. and is able to accept either 8-bit CCIR656 data, 16-bit 4:2:2 YUV data or 24-bit RGB data.
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Input Capture The Input Capture block is responsible for extracting valid data from the input data stream and creating the required synchronization signals required by the data pipeline. This block also provides stable timing when no stable input timing exists. The selected input data stream is cropped using a programmable input capture window.
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Image Processing The following figure shows the various image processing blocks that operate on the captured video data stream. Each block is individually selectable and can be removed from the processing chain via a selectable bypass path. When a processing block is bypassed, it automatically enters a low power mode to help reduce overall power consumption.
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Display Output Interface The Display Output Port provides data and control signals that permit the connection to a variety of flat panel devices using a 24-bit TTL or LVDS interface. The output interface is configurable for single or dual wide LVDS in 18 or 24-bit RGB pixels format. All display data and timing signals are synchronous with the DCLK display clock.
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Figure 8-13 Display Windows and Timing Data captured by the Input Capture Window and processed by the various image manipulation blocks is output in the Display Active Window. This window is always in the foreground and lies on top of all other output windows, except OSD overlay windows. Typically the Display Active Window is set to the same size as the output of the Scaling Engine.
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The benefit of dithering is that the eye tends to average neighboring pixels and a smooth image free of contours is perceived. Dithering works by spreading the quantization error over neighboring pixels both spatially and temporally. Two dithering algorithms are available: random or ordered dithering.
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Figure 8-14 FLI8125 OCM Programming The operation of HDMI Sil9011 The SiI 9011 provides one HDMI input port. The SiI 9011 video output goes to a video processor while the audio output goes to an audio DAC. CONFIDENTIAL – DO NOT COPY Page 8-17 File No.
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Figure 8-15 HDMI 9011 Block Diagram TMDS Digital Core The core performs 10-to-8-bit TMDS decoding on the audio and video data received from the three TMDS differential data lines along with a TMDS differential clock. The TMDS core supports link clock rates to 165MHz, including CE modes to 720p/1080i/1080p and PC modes to XGA, SXGA and UXGA.
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Data Input and Conversion Mode Control Logic The mode control logic determines if the decrypted data is video, audio or auxiliary information, and directs it to the appropriate logic block. Video Data Conversion and Video Output The SiI 9011 can output video in many different formats (see examples in Table 2). The receiver can also process the video data before it is output, as shown in Figure 5.
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The operation of TV route TV signal is processes to the tuner and output toMTK8205 the MTK8205 generates the vertical and horizontal timing signals for display device. Audio is processes to the tuner output to SIF circuit and output to 4450. The operation of DTV route DTV signal is processes to the tuner and output to MT5112 who handle ATSC input to match MPEG-2 package, then transfer to MT5351.
Chapter 9 Waveforms 1. Ripple Voltage (1) PDP_+5Vsc (CN1.1) (2) PDP_+12V (CN1.7) CONFIDENTIAL – DO NOT COPY Page 9-1 File No. SG-0199...
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(3) PDP_+5Vsb (CN3.4) (4) FLI8125 (U10) +3.3V_I/O_HUD CONFIDENTIAL – DO NOT COPY Page 9-2 File No. SG-0199...
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+3.3V_ADC_HUD +1.8V_ADC_HUD CONFIDENTIAL – DO NOT COPY Page 9-3 File No. SG-0199...
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(5) FLI8532 (U13) +3.3V_I/O +1.8V_ADC CONFIDENTIAL – DO NOT COPY Page 9-4 File No. SG-0199...
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+2.5V_DDR +1.8V_CORE CONFIDENTIAL – DO NOT COPY Page 9-5 File No. SG-0199...
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(6) NT5DS16M16CS-5T (U16, U17) (7) Am29LV320DT90-ED (XU1) CONFIDENTIAL – DO NOT COPY Page 9-6 File No. SG-0199...
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(8) LM2660 (-5V_N of the U29) CONFIDENTIAL – DO NOT COPY Page 9-7 File No. SG-0199...
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2. Clock Timing (1) NT5DS16M16CS-5T DDR clock (pin 45 of the U16 or U17) (2) FLI8125 Crystal clock (pin 15 of the U10) CONFIDENTIAL – DO NOT COPY Page 9-8 File No. SG-0199...
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Hudson output clock (3) FLI8532 Crystal clock (pin B26 of the U13 or pin 1 of the C155) Cortze output clock CONFIDENTIAL – DO NOT COPY Page 9-9 File No. SG-0199...
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(4) MSP4450G crystal clock (pin 55 of the U32) CONFIDENTIAL – DO NOT COPY Page 9-10 File No. SG-0199...
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(5) SiI9011CLU crystal clock (pin 84 of the U35 and U42) (6) IC SM5964C40J crystal clock (pin 20 of the U38) CONFIDENTIAL – DO NOT COPY Page 9-11 File No. SG-0199...
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3. Horizontal and Vertical sync. Timing (1) VGA input (1024x768x60Hz) H-sync CONFIDENTIAL – DO NOT COPY Page 9-12 File No. SG-0199...
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V-sync CONFIDENTIAL – DO NOT COPY Page 9-13 File No. SG-0199...
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(2) SiI9011CLU (U35 and U42) BHS-sync CONFIDENTIAL – DO NOT COPY Page 9-14 File No. SG-0199...
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BVS-sync CONFIDENTIAL – DO NOT COPY Page 9-15 File No. SG-0199...
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CONFIDENTIAL – DO NOT COPY Page 9-16 File No. SG-0199...
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ATSC Board 1. Voltage Measurement (1) 12V (+12V, C4) (2) 5V (+5V, C239) CONFIDENTIAL – DO NOT COPY Page 9-17 File No. SG-0199...
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(3) 3.3V (DV33, C11) (4) 2.5V (DV25, C185) CONFIDENTIAL – DO NOT COPY Page 9-18 File No. SG-0199...
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(5) 1.8V (DV18, C64) (6) 1.25V (+1V25_DDR, C148) CONFIDENTIAL – DO NOT COPY Page 9-19 File No. SG-0199...
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(7) 1.2V (DV12, C26) CONFIDENTIAL – DO NOT COPY Page 9-20 File No. SG-0199...
Chapter 10 Trouble Shooting A. SYSTEM OVERVIEW Iverter board Power supply board AUDIO board Iverter board Main board Display board IR board ATSC Board CONFIDENTIAL – DO NOT COPY Page10-1 File No. SG-0199...
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B. PCB PARTS NAME/NUMBER AND FUNCTION DESCRIPTION PART NAME PART NUMBER FUNCTION ESCRIPTION POWER SUPPLY BOARD PROVIDE ALL THE POWER FOR TV SET 364600120150 AIN BOARD CONNECTING TO TRANSFER DISPLY SIGNAL AMPLIFIER THE AUDIO SIGNAL TO THE SPEAKER 364600120189 IR BOARD RECEIVE THE REMOTE CONTROLER AND DISPLAY SYSTEM STATUS LED 364600120156...
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ISPLAY BOARD IR BOARD CONFIDENTIAL – DO NOT COPY Page10-3 File No. SG-0199...
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ATSC BOARD AUDIO BOARD CONFIDENTIAL – DO NOT COPY Page10-4 File No. SG-0199...
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PDP DISPLAY NOTHING(Analog HD1/AC on/off default) Start Power LED is lighting? Check AC power cord Power LED is lighting? Press Meun or Info. Check input source Is there any OSD’s logo Remove R87. Check internal cable? Check W1 pin 27 is high? Check U13 pin AD14.
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PDP DISPLAY NOTHING(Analog HD1 without Pb signal) BLOCK 1 Check component 1 Trace componect 1 from Is picture on screen? (Pb signal) C259 Input To U13 circuit Is there sync? Check R196,R198 Use GProbe connect from main to PC. U13 fail Does scaler detect the signal? PDP DISPLAY NOTHING(Analog HD1 without Pr signal) BLOCK 1...
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PDP DISPLAY NOTHING(Analog HD1 on PIP mode without Pb signal) BLOCK 1 Check component 1 Trace componect 1 from Is picture on screen? (Pb signal) C255 Input To U10 circuit Is there sync? Check R200,R198 Use GProbe connect from main to PC. U10 fail Does scaler detect the signal? PDP DISPLAY NOTHING(Analog HD1 on PIP mode without Pr signal)
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PDP DISPLAY NOTHING(Analog HD2 without Pb signal) BLOCK 1 Check U23 outnput pin 28 Check component 2 Input pin 15 Is no blue color on screen? (Pb signal) C260,R197 U23 fail Input clamp voltage pin 5(+5V) Is there sync? Output clamp voltage pin 29(+5V) VCC3 pin 22,23(+5V) Input_switch_select high(+5V) Use GProbe connect...
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PDP DISPLAY NOTHING(Analog HD2 on PIP mode without Pb signal) BLOCK 1 Check U24 outnput pin 28 Check component 2 Input pin 15 Is no blue color on screen? (Pb signal) C288,R213 U24 fail Input clamp voltage pin 5(+5V) Is there sync? Output clamp voltage pin 29(+5V) VCC3 pin 22,23(+5V) Input_switch_select high(+5V)
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PDP DISPLAY NOTHING(RGB on PIP mode without screen) BLOCK 1 Check U45 Check U45 H sync output U45 pin4,R181 Check U45 H sync input U45 pin1,R185 V sync output U45 pin8,R184 pin 14 +3.3V V sync input U45 pin5,R187 Is picture on screen? Is there signal? U45 fail Check input source...
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PDP DISPLAY NOTHING(Composite 1 without screen) BLOCK 1 Check Q28’s Base. Check C310,R275,R274 Check Q28’s emitter. Is there signal? Q28 fail Is picture on screen? Is there signal? Is there signal? Check collector voltage(+5V). Use GProbe connect from main to PC. Q13 fail Does scaler detect the signal? Check:...
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PDP DISPLAY NOTHING(Composite 2 without screen) BLOCK 1 Check Q29’s Base. Check C316,R286,R285 Check Q29’s emitter. Is there signal? Q29 fail Is picture on screen? Is there signal? Is there signal? Check collector voltage(+5V). Use GProbe connect from main to PC. Q13 fail Does scaler detect the signal? Check:...
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PDP DISPLAY NOTHING(S-VIDEO 1 without screen) BLOCK 1 Check Q30’s Base. Check C320,R293,R292 Check Q30’s emitter. Is there signal? Is picture on screen? Q30 fail Is there signal? Is there signal? Check collector voltage(+5V). Use GProbe connect from main to PC. Q13 fail Does scaler detect the signal? Check:...
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PDP DISPLAY NOTHING(S-VIDEO 1 on PIP mode without screen) BLOCK 1 Check Q30’s Base. Check C318,R291,R292 Check Q30’s emitter. Is there signal? Is picture on screen? Q30 fail Is there signal? Is there signal? Check collector voltage(+5V). Use GProbe connect from main to PC.
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PDP DISPLAY NOTHING(S-VIDEO 2 without screen) BLOCK 1 Check Q33’s Base. Check C332,R316,R320 Check Q33’s emitter. Is there signal? Is picture on screen? Q33 fail Is there signal? Is there signal? Check collector voltage(+5V). Use GProbe connect from main to PC. U13 fail Does scaler detect the signal? Check:...
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PDP DISPLAY NOTHING(S-VIDEO 2 on PIP mode without screen) BLOCK 1 Check Q33’s Base. Check C331,R313,R320 Check Q33’s emitter. Is there signal? Q33 fail Is picture on screen? Is there signal? Is there signal? Check collector voltage(+5V). Use GProbe connect from main to PC.
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PDP DISPLAY NOTHING(Digital 2 U35 with PORT B without screen) BLOCK 1 Check input source? Is picture on screen? Check U37 I2C bus D66 fail Check U37 power Check D66 and D65 SCL Pin 6 5V Pin 8 Are there 5V output? SDA pin 5 D65 fail Check U35 pin 90...
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3646-0012-0137 AUDIO BD ASS'Y (GV46L) ITEM LOCATION PART NO. DESCRIPTION Q’TY 364600120137A AUDIO BD ASS'Y (GV46L) AI 364600120137M AUDIO BD ASS'Y (GV46L) MI 364600120137S AUDIO BD ASS'Y (GV46L) SMD CONFIDENTIAL – DO NOT COPY Page 12-8 File No. SG-0199...
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3646-0012-0146 LCD CONNECTOR BD ASS'Y (GV46L) ITEM LOCATION PART NO. DESCRIPTION Q’TY PCB CONN. BD FR4 27*30*1.6t S (GV46L 0171-3870-0142 HDTV)(1:20) DIN JACK HOLDER (GV42L HDTV)(SPTE 1712-0500-1630 T=0.5mm) 0300-3050-0010 DIN 5PIN SOCKET+SHIELD (2DJ-0065PSA2) L-F 0451-2500-0646 WAFER 2.5mm 6P 90' DIP KINK (M241856R) L-F CONFIDENTIAL –...
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3646-0012-0150 MAIN BD ASS'Y(GV46L) ITEM LOCATION PART NO. DESCRIPTION Q’TY 364600120150A MAIN BD ASS'Y(GV46L) AI 364600120150M MAIN BD ASS'Y(GV46L) MI 364600120150S MAIN BD ASS'Y(GV46L) SMD CONFIDENTIAL – DO NOT COPY Page 12-10 File No. SG-0199...
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3646-0012-0156 LCD TV DISPLAY BD ASS'Y (GV46L HDTV) ITEM LOCATION PART NO. DESCRIPTION Q’TY 364600120156M LCD TV DISPLAY BD ASS'Y (GV46L HDTV) MI 364600120156S LCD TV DISPLAY BD ASS'Y (GV46L HDTV) SMD CONFIDENTIAL – DO NOT COPY Page 12-11 File No. SG-0199...
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3646-0012-0189 IR BD ASS'Y (GV46L) ITEM LOCATION PART NO. DESCRIPTION Q’TY 364600120189M IR BD ASS'Y (GV46L) MI 364600120189S IR BD ASS'Y (GV46L) SMD CONFIDENTIAL – DO NOT COPY Page 12-12 File No. SG-0199...
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3646-0012-0190 TUNER BD ASS'Y(GV46L) ITEM LOCATION PART NO. DESCRIPTION Q’TY 364600120190A TUNER BD ASS'Y(GV46L) AI 364600120190M TUNER BD ASS'Y(GV46L) MI 364600120190S TUNER BD ASS'Y(GV46L) SMD CONFIDENTIAL – DO NOT COPY Page 12-13 File No. SG-0199...
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364600120150S MAIN BD ASS'Y(GV46L) SMD ITEM LOCATION PART NO. DESCRIPTION Q’TY 364600120150B MAIN BD ASS'Y(GV46L) BOT 364600120150T MAIN BD ASS'Y(GV46L) TOP CONFIDENTIAL – DO NOT COPY Page 12-29 File No. SG-0199...
Need help?
Do you have a question about the GV46L HDTV and is the answer not in the manual?
Questions and answers
Para que se usa cada entrada en la parte trasera
The Vizio GV46L HDTV has several input types, each serving a specific purpose:
1. Co-axial RF (ATSC/QAM/NTSC) – Used for connecting an antenna or cable TV source.
2. HDMI™ with HDCP (2 ports, 1 with Stereo Audio RCA) – Used for high-definition video and audio from devices like Blu-ray players, gaming consoles, and streaming devices.
3. Component YPbPr plus Stereo Audio (2 ports) – Used for high-quality analog video and audio from older DVD players, game consoles, and other AV devices.
4. RGB PC plus Stereo Audio (1 port) – Used for connecting a computer to use the TV as a monitor.
5. S-Video plus Stereo Audio (2 ports, shared in AV1 & AV2) – Used for improved analog video quality from older devices like VCRs and camcorders.
6. Composite Video plus Stereo Audio (2 ports, AV1 & AV2) – Used for connecting older AV devices with standard definition video.
Each input allows different types of devices to connect to the TV for various viewing and audio experiences.
This answer is automatically generated
@Mr. Anderson y porque se apago la tv cuando se conecto un cable a esa entrada