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User manual Panasonic, model ATH1915DA

Manafacture: Panasonic
File size: 1.47 mb
File name: ATH1915DA.PDF

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Turn the ENTER key by selecting the “>" mark and the screen displays the sub menu.(see WHITE BALANCE of page 27 and 28) Menu hierarchy MA N MENU - INPUT SIGNAL - WHITE BALANCE I- COLOR TEMP STORE DATA — TITLE EDIT l- GAIN/BIAS ADJ - GRATICULE - MODE SET - PRESET - PROTECT - PANEL ■ Menu screens 1. Main menu MAIN MENU ■=> INPUT SIGNAL WHITE BALANCE GRATICULE MODE SET PRESET PROTECT PANEL This is the top hierarchy menu. With this main menu, select the necessary sub menu. 25 2. INPUT SIGNAL (1) When YPbPr/RGB A ch or YPbPr/RGB B ch is input INPUT SIGNAL O SYSTEM RGB RGB • SYSTEM....... ........ RGB/YPbPr For switching the mode of the operating status to function as a display driven by YPbPr or RGB signals. Correctly set this in accordance with the input signals. Note : When set the input signal, cannot be set A channel and B channel in separate input signals so that recommend to use function of saving and calling of panel setting data (refer to page 45). (2) When VIDEO A ch or VIDEO B ch signal is input INPUT SIGNAL O NTSC VIDEO VIDEO COMB 2 LINE •SYSTEM................ VIDEO /YC For selecting either composite or YC input signal. Note : If selecting YC on the INPUT SIGNAL menu, a color signal will be displayed only if the chrominance signal is connected to the CHROMA IN BNC connector located on the (optional) NTSC decoder. •COMB.................... 2 LINE/3 LINE/OFF For selecting a comb filter for NTSC decoder. When this is set to OFF, trap operation is established. 26 (3) When digital input (601, NTSC or HD) mode is selected INPUT SIGNAL O SYSTEM 601 601 CHANNEL A INPUT SERI • SYSTEM................ 601/NTSC/HD For selecting 601, NTSC or HD decoder. •CHANNEL ....... ...... A/B For selecting the SERIAL input channel of the 601 or NTSC decoder. In case of HD, channel A is fixed. .....- .. . •INPUT.................... SERI/PARA For selecting the status of input signal (serial or parallel). 601 and HD are limited to serial mode. Note : When set the input signal, cannot be set A channel and B channel in separate input signals so that recommend to use function of saving and calling of panel setting data (refer to page 45). 3. WHITE BALANCE WHITE BALANCE ■=> COLOR TEMP > STORE DATA > SENSOR READ TITLE EDIT > TEST SIG AUTO CHROMA GAIN/BIAS ADJ > 27 (1) COLOR TEMP Shown here is the currently selected status COLOR TEMP (480! 16:9) i=> 1. * < D93 16:9 > 2. < D65 16:9 > 3. < D93 4:3 > 4. < D65 4:3 > 5. < USER 1 > 6. 7. < USER 3 > 8. Memory No. This sub menu is for recalling the white balance data stored in the memories No. 1 - 8. Since the white balance data selected for each input signal type and screen aspect ratio are memorized, the corresponding data is automatically read from the memory whenever input signal and aspect ratio change. Asterisk (*) moves to the selected memory number. Example: 0 Input a 480I signal, select aspect ratio 16:9 and select memory No. 1 ( D93). (2) Next, input a 480P signal and select the memory No. 2 (D63). (3) Again, input a 480I signal and the white balance data that was set up in the process 0 is read from memory No. 1 ( Data is adopted by memory No.3 ). Also, all RGB GAIN/BIAS, BRIGHTNESS and CONTRAST values are renewed by the selected data, and the front panel setting reverts to the preset status (VARIABLE OFF / LED goes out). CAUTION! When the white balance data that was adjusted with screen aspect ratio of 16:9 is reproduced on the 4:3 screen, white balance will mismatch and colors cannot be reproduced correctly. (Also same in the case of reproduced on the 16:9 screen after having adjusted on the 4:3 screen.) When this color monitor is shipped from the plant, memory No. 1 and No. 2 are set in the screen aspect of 16:9, while memory No. 3 and No. 4 are set in 4:3. In 5. [USER 1] - 8.[USER 4], the data same as in the memory No. 1 is input. 28 (2) STORE DATA STORE DATA o 1. < D93 16:9 > 2. < D65 16:9 > 3. < D93 4:3 > 4. < D65 4:3 > 5. < USER 1 > 6. 7. < USER 3 > 8. < USER 4 > PROTECT ON/OFF When adjusting the RGB gain/bias, contrast/brightness and storing the resulting white-balance data, select the memory on this screen. Copying the white balance data is made in this way; first, recall the data which is to be copied using the process (1) COLOR TEMP, then move the cursor onto the memory in which to be copied and push the ENTER key. • PROTECT ON/OFF 1 - 8 For setting/releasing the protect for each data. Move the cursor to select the data No. and push the ENTER key. When the ENTER key is pushed, setting/releasing is performed (toggle operation). When protected, * mark is displayed. (3) TITLE EDIT TITLE EDIT ■=> 1. * < D93 16:9 > 2. < D65 16:9 > 3. < D93 4:3 > 4. < D65 4:3 > 5. < USER 1 > 6. < USER 2 > 7. < USER 3 > 8. < USER 4 > For editing the title of each white balance data memory. Select the memory number and push the ENTER ...