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Mitsumi electronic LDT322V user manual Audio, PIP Picture in Picture

Models: LDT322V

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Main-Menu

AUDIO

BALANCE

Adjust the balance of L/R volume.

Press + button to move the stereo sound image to right.

Sound of the left side will be small.

Press - button to move the stereo sound image to left.

TREBLE

To accentuate or reduce the high frequency sound.

Press + button to increase TREBLE sound.

Press - button to decrease TREBLE sound.

BASS

To accentuate or reduce the low frequency sound.

Press + button to increase BASS sound.

Press - button to decrease BASS sound.

AUDIO RESET

Selecting Audio reset allows you to reset all OSD settings from AUDIO setting.

Select “YES” and press “SET” button to restore the factory preset.

Press “EXIT” button to cancel and then return to the previous menu.

Main-Menu

PIP (PICTURE IN PICTURE)

Note: The “PIP” and “POP” modes do not function when the screen size is “CUSTOM” or “REAL”.

PIP SIZE

Selecting the size of picture inserted at the “Picture-in-Picture” (PIP) mode. “Large”, “Middle” and “Small” are available.

PIP AUDIO

Selecting the sound source in PIP mode.

When selecting “MAIN AUDIO”, you will get the sound for the main picture and when selecting “PIP AUDIO”, you will get the sound for the picture instead.

PIP RESET

Selecting PIP Reset allows you to reset all OSD settings from PIP setting.

Select “Yes” and press “SET” button to restore the factory preset data.

Press “EXIT” button to cancel and then return to the previous menu.

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Mitsumi electronic LDT322V user manual Audio, PIP Picture in Picture
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LDT322V specifications

The Mitsumi Electronic LDT322V is a cutting-edge component recognized for its versatility and efficiency in various applications. This electronic device stands out due to its exceptional technology and remarkable characteristics that cater to both professional and consumer needs.

One of the main features of the LDT322V is its high-resolution capability. It offers a crisp display that enhances visual clarity, making it an ideal choice for applications that require detailed images and graphics. The device boasts an impressive pixel resolution, which translates into sharper visual output that is essential for tasks ranging from industrial monitoring to interactive consumer applications.

In terms of technological advancements, the LDT322V integrates sophisticated processing capabilities that allow for rapid data handling and effective performance in real-time applications. Its internal circuitry is designed to optimize electrical efficiency, thereby reducing power consumption while maintaining high performance. This feature is particularly significant in today’s energy-conscious market where sustainability is a growing concern.

The device is also equipped with a user-friendly interface that simplifies interaction for operators. The intuitive design ensures that users can navigate through functions effortlessly, reducing the learning curve associated with new technology. This aspect is vital in environments where time is of the essence, such as in medical settings or to streamline workflows in manufacturing processes.

Furthermore, the LDT322V is designed with durability in mind. Its robust construction allows it to withstand harsh environments, making it suitable for various industrial applications. The reliability of the device ensures minimal downtime, contributing to greater productivity in any setting.

Mitsumi has prioritized connectivity in the LDT322V, offering multiple interface options that enable seamless integration with other devices. This characteristic enhances its functionality, allowing for extensive applications in automation systems, control panels, and more.

Overall, the Mitsumi Electronic LDT322V combines advanced technological features with practical applications, making it an excellent choice for users seeking a reliable and efficient electronic component. Its high-resolution display, energy-efficient performance, user-friendly design, and robust reliability make it a standout option in the ever-evolving landscape of electronic devices.