Optimus MD-1600 owner manual Understanding 1DCO and 2DCO Tones, Creating and Storing a User Tone

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SYNTH

Notes:

•You cannot use tones 160–167 (drum set tones) as base tones.

•The preset tone you use as the basis for a user tone is not changed.

•The tone locations 168–199 are not empty (before you store user tones there). They initially contain dupli- cate versions of tone numbers 128– 159. The user tone you store in any of those locations replaces the exist- ing tone. If you delete a user tone, the keyboard automatically stores the initial, duplicate tone there again.

The parameters you can change are di- vided into four groups. For the details of each parameter, see “Creating and Stor- ing a User Tone.”

•Tone Characteristic Waveform — PCM Set

•Volume Characteristic — Amp Envelope Set

•Tone Pitch — Pitch and Pitch Envelope Set

•Tone Characteristic — Attack Rate, Release Rate, Level, Touch Sensitivity, and Pan

Understanding 1DCO and 2DCO Tones

A Digital Controlled Oscillator (DCO) controls the sound output of a digital sig- nal. Some of the MD-1600’s built-in tones are simple tones (1DCO), and some are layered tones (2DCO). When you select a 2DCO tone as the basis for creating a user tone, you need to change the parameters of both tones.

When you select a layered tone, dCo1 appears on the display, indicating that this is the first tone of a layered tone.

Creating and Storing a User Tone

Follow these steps to create and store your own tone. (Refer to “Hints on Cre- ating a User Tone” on Page 27.)

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Contents Electronic Keyboard FCC Wants YOU to Know Features Two Built-In Speakers let you hear Contents Real-Time Recording Step Recording Changing Navigation Track Using Batteries Connecting PowerPreparation Using AC Power Connecting HeadphonesListening Safely Using the Music Stand Connecting AN External AmplifierBasic Operation OperationUsing the Preset Tones Tone Using Reverb Using the Drum PadsUsing Split and Layer Together Using LayerSelecting/Playing an Auto-Rhythm Using the Preset AUTO-RHYTHMSUsing Intro Using SynchroUsing Variation Using FILL-INUsing Ending Concert Chord Adjusting the Accompaniment VolumeFollow these steps to start concert chord auto accompaniment Standard Fingering Full-Range Chords Using Free SessionUsing the Mixer Editing the Status of a Channel This chart shows the parts assigned to each channelEditing the Parameter Using the Custom Tone SynthesizerCreating and Storing a User Tone Understanding 1DCO and 2DCO TonesRelease Rate Rel.Rate 1 to Hints on Creating a User Tone Fm Page 28 Tuesday, August 3, 1999 651 AM Tuning the Keyboard Special FeaturesChanging Keys Using Touch Response Changing Auto Power OFFUsing Pitch Bend Setting the Pitch Bend Range Using a Sustain PedalREAL-TIME Recording Using the MemoryMode Playing Back from Memory Step Recording Specifying the Length of a Note Specifying Chords in the Normal ModeCorrecting Mistakes Recording Multiple TracksReal-Time Recording Step Recording Editing Memory Contents Deleting Individual Data Editing Techniques Display ContentsDeleting All Data in a Specific Track Making the Midi Connections Using MidiAbout Midi Effect Control Number Midi DataFm Page 43 Tuesday, August 3, 1999 651 AM Changing Midi Settings Importing Data DUMPING/IMPORTING DataDumping Data Fm Page 46 Tuesday, August 3, 1999 651 AM Fm Page 47 Tuesday, August 3, 1999 651 AM Trouble Possible Cause Remedy TroubleshootingCare and Maintenance Auto Accompaniment SpecificationsMixer Function Appendix Fm Page 53 Tuesday, August 3, 1999 651 AM Free Session Chord Progression Chart Fm Page 55 Tuesday, August 3, 1999 651 AM Drum Assignment List Standard Fingering Chord Charts Function Transmitted Recognized Remarks Midi Implementation ChartFm Page 59 Tuesday, August 3, 1999 651 AM RadioShack Division of Tandy Corporation Fort Worth, Texas

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.
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