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3.Within 5 seconds, press + or to raise or lower the keyboard's pitch. Each time you press the key, the number on the display increases or decreases by 1 (cent).

Notes:

The MD-1600 automatically resets the tuning pitch to the default value of 00 (cents) each time you turn off the keyboard.

Memory playback uses the pitch with which it was recorded.

Auto accompaniment uses the cur- rently set pitch.

CHANGING AUTO POWER OFF

When you operate the MD-1600 with battery power, the keyboard automati- cally shuts off after about 6 minutes if you do not press a key. Press POWER again to turn power back on.

To have the keyboard not automatically turn off during a session, turn the key- board on while holding down TONE.

The next time you turn the MD-1600 off then back on again, it automatically turns off after about 6 minutes.

USING TOUCH RESPONSE

The MD-1600 has a touch response fea- ture that lets you adjust the volume of your music’s tone based on how hard you strike the key(s), so you can add emotion to your music.

To turn off this feature, press TOUCH RESPONSE so its indicator disappears.

To turn on touch response again, press TOUCH RESPONSE so its indicator ap- pears.

Notes:

The touch response setting does not affect auto accompaniment or received MIDI data.

The MIDI data sent out from the MD-1600 is affected by the touch response setting.

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USING PITCH BEND

PITCH BEND lets you bend a note by al- tering its pitch. It helps to create realistic effects for saxophone, other reed instru- ments, and guitar tones.

Follow these steps to use PITCH BEND.

1. Select a tone.

PITCH BEND

2. While holding down a keyboard key, rotate and hold PITCH BEND. The pitch of the tone slides smoothly up or down.

3.Release PITCH BEND to return to the original pitch.

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Optimus MD-1600 owner manual Changing Auto Power OFF, Using Touch Response, Using Pitch Bend

MD-1600 specifications

The Optimus MD-1600 is a state-of-the-art medical device designed for enhanced diagnostic imaging, particularly in the field of radiology. This innovative system brings together cutting-edge technology to deliver high-resolution images, making it an invaluable tool for healthcare professionals.

One of the standout features of the Optimus MD-1600 is its advanced imaging capabilities. Equipped with a high-performance detector, the device is capable of producing incredibly sharp and detailed images, which aids clinicians in making more accurate diagnoses. The MD-1600 utilizes a unique imaging algorithm that minimizes noise and enhances contrast, providing clearer visuals for various examinations.

The Optimus MD-1600 also boasts a user-friendly interface that simplifies the workflow for operators. Its intuitive touchscreen control allows for easy navigation through the various settings and options, enabling medical staff to focus more on patient care rather than grappling with complex machinery. Additionally, the system is designed to integrate seamlessly with existing hospital information systems, allowing for efficient sharing and storage of images.

What sets the Optimus MD-1600 apart is its versatility. It supports a wide range of diagnostic applications, ranging from general radiography to specialized imaging for orthopedic and pediatric studies. This flexibility makes it an excellent choice for hospitals and clinics looking to enhance their service offerings.

In terms of patient comfort and safety, the Optimus MD-1600 includes features such as adjustable imaging parameters and a dynamic positioning system. These elements not only improve the quality of images but also reduce the need for repeat scans, thereby minimizing radiation exposure for patients.

The device is also energy-efficient, aligning with modern healthcare's push towards sustainability. Its compact design means it occupies minimal space while still delivering high-performance outputs, making it an ideal option for facilities of all sizes.

Overall, the Optimus MD-1600 stands out as a top-tier medical imaging solution. With its blend of high-quality imaging, user-friendly features, versatile applications, and safety considerations, it represents a significant advancement in radiological technology, ultimately benefiting both healthcare providers and patients alike. Its innovative design and functionality make it a valuable addition to any medical imaging department.