Audio Connections

When connecting the VCR to a

1 Connect VCR to Receiver

stereo system, use a Y-connec-

tor in order to direct the mono

Connect RCA cables from the Audio Output

signal into both line inputs on

on the back of the VCR to the Auxiliary

the back of the stereo.

Inputs on your stereo receiver using a Y-

 

connector.

To Receiver

Inputs

IN

(FROM ANT.)

RF OUT

(TO TV)

 

CH

3

4

LINE

OUT

AUDIO

VIDEO

2 Connect VCR to TV

Then connect the Video Output to the television’s video input.

To Television

Input

IN

(FROM ANT.)

LINE

OUT

RF OUT

AUDIO

(TO TV)

 

 

CH

 

VIDEO

3

4

3 Play a Tape

Insert a videotape in your VCR and adjust the volume on your stereo receiver or television. You should hear the audio through your stereo speakers!

Deck

Power

Stop /Eject

Pause

Rewind

Play

F. Forward

Record

Deck Select

Deck

Copy Tape

DDV9150

ADVANCED CONNECTIONS 79

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Sensory Science DDV9150 manual Audio Connections, Play a Tape

DDV9150 specifications

The Sensory Science DDV9150 is a cutting-edge device designed to enhance the accuracy and efficiency of sensory analysis in various applications. With a focus on providing high-fidelity data collection, the DDV9150 stands out for its innovative features, advanced technologies, and unique characteristics that cater to the growing demands of industries such as food and beverage, pharmaceuticals, cosmetics, and more.

One of the main features of the DDV9150 is its state-of-the-art sensory evaluation platform, which integrates advanced digital technologies with user-friendly interfaces. This ensures that sensory analysts can easily design, implement, and analyze sensory tests with minimal training. The device supports multiple sensory methodologies, including triangle tests, duo-trio tests, and hedonic scaling, enabling diverse experiments tailored to specific research requirements.

The DDV9150 is equipped with high-sensitivity feedback sensors that provide precise measurements related to taste, smell, and texture. This allows for extensive data collection on sensory attributes, enhancing the reliability of results. Additionally, the device features an intuitive touchscreen interface, allowing users to navigate through lab protocols, input data, and visualize results in real-time. This element greatly streamlines the workflow for sensory scientists and researchers.

Another significant characteristic of the DDV9150 is its compatibility with advanced data analysis software. Users can seamlessly integrate the sensory data with statistical tools such as ANOVA and regression analysis, leading to insightful interpretations and conclusions. The device also enables cloud connectivity, facilitating remote monitoring and collaboration among teams dispersed across different locations.

Moreover, the DDV9150 boasts robust safety and cleaning protocols, ensuring that it meets stringent hygiene standards – an essential requirement for industrial applications. Its durable design guarantees longevity and reliability, making it a worthwhile investment for laboratories aiming to perform rigorous sensory evaluations continuously.

In summary, the Sensory Science DDV9150 is redefining the realm of sensory testing with its innovative technologies and features. Its adaptability, precision, and user-centric design make it an invaluable asset for any laboratory dedicated to understanding and improving sensory experiences. As industries continue to seek higher standards in product quality and consumer satisfaction, devices like the DDV9150 will play a pivotal role in shaping the future of sensory science.