[PAUSE/RESET] will erase the data buffer whenever data acquisition is Paused or Done. To clear a buffer while a scan is in progress, two presses of the [PAUSE/RESET] key are required. However, at the end of a single shot scan, the data acquisition will be Done. This state is equiva- lent to a paused state and a single press of the [PAUSE/RESET] key will destroy the data!

Whenever the scan is reset and the data buffers are empty, Stop is displayed.

[CURSOR]

Pressing the [CURSOR] key will draw a box around the cursor readout of the active chart dis- play as illustrated below.

 

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Use the [ACTIVE DISPLAY] key to select the desired (top or bottom) display. When the cursor readout is surrounded by this box, the knob adjusts the position of the cursor region. Moving the cursor beyond the edge of the graph will pan the display left (showing older data points) and right (showing more recent data points). Remember, the time window shown in the graph does not change. As the data points get older, data will scroll off the left as new points are taken.

When the [CURSOR] key is pressed, any previ- ously highlighted parameter field (in a menu box) will become non-highlighted. Pressing a soft key to again highlight a new parameter field will let the knob adjust the new parameter while the cursor becomes unselected.

This key has no affect unless the active display is a chart graph. Bar and polar graphs have no cursor.

[ACTIVE DISPLAY]

Pressing [ACTIVE DISPLAY] toggles the active display. In the single full height display format, this key does nothing (the displayed graph is always the active one). In the dual screen display, [ACTIVE DISPLAY] switches which display is active (top or bottom), as indicated by the high-

Keypad

lighted trace identification at the upper left of each

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display as illustrated below.

The active display determines which display the [AUTO SCALE], [CURSOR] and [CURSOR MAX/MIN] keys will affect. [AUTO SCALE] auto- scales the active display. If the active display is a chart, the [CURSOR] key selects the cursor for knob movement and the [CURSOR MAX/MIN] key finds the max or min of the graph. Polar graphs are never the active display since they can not be scaled and have no cursor.

[MARK]

While data is being added to the data buffer, events may be marked using the [MARK] key. Pressing the [MARK] key will tag the next buffer location. A mark will appear on the chart and will scroll with the data. This is analogous to marking a real strip chart while it is recording. Marks are useful for marking when an external event occurred or when the experimental conditions changed.

A maximum of eight marks may be placed in the data buffer. A mark will appear on all stored traces

at the same buffer location. The different mark symbols are shown below.

A mark is always placed at the buffer start to mark the first and oldest data point in the scan.

The [EDIT MARK] menu allows the mark data to be viewed. The value of each stored trace and the time the mark was placed is displayed. The user can add comments to the mark data to label a spe- cific event.

When trace data is saved to disk, the marks are

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SRS Labs SR850 manual Cursor, Active Display, Mark

SR850 specifications

The SRS Labs SR850 is a high-performance audio processor designed to enhance the listening experience across a variety of applications. With its advanced technologies, the SR850 delivers superior sound quality that is particularly noticeable in environments where audio clarity and fidelity are paramount. This device caters to audio professionals, audiophiles, and casual listeners who demand exceptional performance from their audio systems.

One of the standout features of the SR850 is its proprietary SRS 3D Audio technology. This innovative feature creates a more immersive soundstage, allowing users to experience audio as if they were in a live performance setting. By adding depth and dimension, it elevates the listening experience, making music, movies, and games far more engaging.

Additionally, the SR850 incorporates SRS dialog clarity technology, which enhances speech intelligibility in dialogues and vocals. This is particularly beneficial in film and television viewing, where dialogue can sometimes be drowned out by background music or sound effects. With dialog clarity, users can enjoy crystal-clear conversation tracks without adjusting volume levels continuously.

The device also supports various audio formats, ensuring compatibility with a broad range of media. It boasts inputs for both digital and analog sources, allowing connections to various devices such as TVs, laptops, gaming consoles, and more. The versatility of inputs makes the SR850 a convenient addition to any home entertainment system.

Another impressive characteristic of the SR850 is its compact and user-friendly design. The intuitive interface makes it easy for users to adjust settings to their preference, whether they are a novice or an audio expert. The device is equipped with programmable presets, enabling users to store their favorite sound profiles, making switching between settings quick and hassle-free.

Furthermore, the SR850 features advanced EQ capabilities, granting users the ability to tailor the audio output to their specific tastes. This personalized approach to sound adjustment enhances the overall experience, allowing users to get the most out of their audio content.

In summary, the SRS Labs SR850 is a sophisticated audio processor packed with features designed to significantly uplift sound quality and listening pleasure. With its cutting-edge technologies such as SRS 3D Audio and dialog clarity, an array of connectivity options, and customizable EQ settings, the SR850 stands out as an outstanding option for anyone looking to enhance their audio experience. Whether for professional use in sound engineering or personal enjoyment in home entertainment, the SR850 proves to be a valuable asset.