Adjusting the picture

The picture settings have been adjusted by the factory under optimum signal reception conditions, however conditions may not be the

If the picture is not to your liking, make the following adjustments using the remote control.

same in your area. After turning on your television, allow it to warm up for a few minutes before making any adjustments.

1 Press MENU on your remote control. The on screen display will appear.

ON/OFF TIMER

SETUP

PICTURE

EXT COLOUR AUTO

LANGUAGE

PANEL LOCK ON OFF

PRESS : / /OK/MENU/EXIT

2 Press Por Pto select

ON/OFF TIMER

PICTURE menu.

SETUP

 

PICTURE

 

 

 

Press OK to select adjustment

EXT COLOUR AUTO

screens.

LANGUAGE

PANEL LOCK ON

OFF

 

 

PRESS : / /OK/MENU/EXIT

3 Press Pto view BRIGHTNESS, CONTRAST, COLOUR or SHARPNESS on screen displays. (Tint menu will be displayed when an NTSC signal is input on SCART.)

Press +/–to adjust the levels.

Pictures appear sharpest in the daytime by increasing

the contrast. In the evening

BRIGHTNESS

32

(when surroundings are

 

 

 

 

 

 

darker) the sharpest picture

PRESS : +/–/

/ / MENU/EXIT

can be obtained by reducing

 

 

 

the contrast.

 

 

 

 

 

 

 

4 Press EXIT to remove the picture menu from the screen.

If you do not make an adjustment within 1 minute

NOTE :

Should you wish to reset picture controls to factory settings (MODE-1/MODE-2/MODE-3),

the menu will disappear.

PICTURE ADJUSTMENT :

ON

press to select your preferable picture contrast.

14

Your preferable picture contrast can be selected by pressing (Selectable Picture) button repeatedly.

PICTURE

PICTURE

PICTURE

PICTURE

MODE-M

MODE-1

MODE-2

MODE-3

(User’s Settings)

 

 

 

3N70401A/P08-15

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Toshiba 3N70401A, 15V31D, 15V31B manual Adjusting the picture, Picture menu, Picture Adjustment

15V31D, 3N70401A, 15V31B, 15V31 specifications

The Toshiba 15V31, 15V31B, 3N70401A, and 15V31D represent a series of scalable and high-performance components ideal for various applications in electronic devices. These models are part of Toshiba's broader commitment to delivering innovative and reliable semiconductor solutions that enhance the efficiency, functionality, and sustainability of electronic systems.

At the heart of these models lies the cutting-edge technology that Toshiba is renowned for. The 15V31 series primarily focuses on power management and conversion applications, making them suitable for a range of devices from consumer electronics to industrial systems. With advanced thermal management capabilities, these components operate efficiently under high stress, contributing to longevity and reliability in diverse operating conditions.

The main features of the Toshiba 15V31 product line include high voltage operation, robust current handling, and compact design. These characteristics make them suitable for applications such as power supplies, inverter systems, and DC-DC converters. The 15V31B variant, for example, offers improved efficiency and reduced power loss, which is essential for battery-operated devices and eco-friendly solutions.

In terms of technology, the 15V31 series integrates proprietary processes that enhance switching speeds while reducing electromagnetic interference (EMI). This leads to better overall performance in high-frequency applications, making these devices ideal for both residential and commercial electronics. Additionally, the 3N70401A component is designed with enhanced heat dissipation features, ensuring stable operation even at elevated temperatures.

The 15V31D model expands the series’ capabilities further, offering higher output current and enhanced drive voltage options. This versatility allows manufacturers to customize their designs to meet specific application requirements while ensuring compliance with stringent international safety and performance standards.

Overall, the Toshiba 15V31, 15V31B, 3N70401A, and 15V31D components exemplify Toshiba's commitment to innovation and quality. With their advanced features and technologies, these models are positioned to play a critical role in the evolution of modern electronics, empowering developers to create efficient and reliable embedded systems that meet the growing demands of consumers and industries alike.