Toshiba HY1 instruction manual Stereo Headphone Monitoring System, Control Panel Diagram

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Stereo Headphone Monitoring System

The stereo headphone monitoring system was designed to monitor the vocal, direct from the mic capsule, and mix it with an external line level input signal, such as a monitor (foldback) signal from a mixing console. The combined signals are sent to the stereo headset after being amplified by the beltpack's stereo amplifier. This allows the user to adjust his own mixing balance and master sound level independently of other performers. Disconnecting the head- phone makes it possible to use the headset only as a microphone.

The monitoring system is powered by two 1.5 volt "AA" dry cell batteries, which are housed in the beltpack. To operate the unit, turn the battery power switch to the "ON" position. Please note that even though the HY headset is designed to operate from an external "Phantom" power supply, the monitoring system, because of its relatively high power requirements, still requires power from the batteries in the beltpack.

Control Panel Diagram

) Line Mode

 

Selector Switch

Monitor Balance

Monitor Level

Control

Volume Control

) Battery ———

Mic

Power Switch

Output Connector

 

Line

Input Jack

Battery Power Switch and Phantom power supplies: This switch turns the beltpack battery power supply

on or off. Setting the switch to ON supplies battery power to the mic capsule as well as to the head- phone monitoring system. If phantom power is sup- plied from an external source to the beltpack, the mic capsule is automatically switched to the exter- nal source for its operation, regardless of the posi-

tion of the BATTERY POWER SWITCH.

NOTE:

The headphone monitoring system always requires

battery power from the beltpack, due to the relatively high power requirements common to this type of system.

Line Input Jack:

This jack accepts any line level input signal, and is rated +4dB 10K-ohms. The jack would typically be connected to either a stereo or mono send from a mixing console. It also serves very well as an input for a tape deck or other pre-recorded music source, except a magnetic turntable. Set the LINE

MODE SELECTOR SWITCH to STEREO or MONO

according to the type of 1/4" phone plug which is

inserted into this jack.

Mic Output Connector:

The vocal signal from the headset microphone is routed to this XLR connector. The signal available at this output is not affected by the settings of

either the MONITOR BALANCE CONTROL or the

MONITOR LEVEL VOLUME CONTROL. The output

impedance is 250 ohms balanced, and would typically be connected to a low impedance XLR connector of a mixing console or powered sound system.

Line Mode Selector Switch:

The switch setting should be determined by the type of 1/4" plug (stereo or mono) which is inserted into the LINE INPUT jack. Place the switch in the STEREO position when a stereo plug is inserted, and to MONO when a mono plug is inserted. Set-

ting the switch to the MONO position when a stereo signal is inserted will cause the "R" signal to be disconnected from the circuitry, and only the "L" signal will be heard through the headphones.

Please see the block diagram for a full understan-

ding of the signal flow path.

Monitor Balance Control:

This control adjusts the balance or "mix" heard through the stereo headphone system, between the direct vocal from the headset mic, and the line in- put signal. The volume of the direct vocal in- creases in relation to the level of the line input signal as the control is rotated toward "MIC," and decreases as the control is rotated toward "LINE."

Monitor Level Volume Control:

This control adjusts the volume level heard through the stereo headphone system. It does not in any way effect the output of the mic signal through the

MIC OUTPUT connector.

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Contents Professional Sound System Contents HY1 left-side operation Assembly DiagramOperating Instructions Assembly Instructions for left-side operationStereo Headphone Monitoring System Control Panel DiagramHY Applications Guide Capsule ReplacementMicrophone HY1/HY2 SpecificationsHY1/HY2 Specifications DimensionsBlock Diagram 133-04-168-80

HY1 specifications

The Toshiba HY1 is a significant advancement in the realm of high-capacity storage solutions, designed primarily for enterprise-level applications. This innovative hard disk drive (HDD) is engineered to meet the rigorous demands of data centers, cloud storage, and high-performance computing environments. With its impressive specifications and cutting-edge technologies, the Toshiba HY1 stands out as a reliable component for data-centric operations.

One of the main features of the Toshiba HY1 is its substantial storage capacity, which can reach up to 18TB. This massive storage capability allows organizations to effectively manage and store vast amounts of data, making it an ideal choice for businesses that require efficient data management systems.

The Toshiba HY1 utilizes ultra-fast SATA interfaces, enabling high-speed data transfer rates. The 6 Gb/s SATA interface ensures that large files can be read and written with minimal latency, enhancing the overall performance of storage operations. This speed is particularly beneficial for applications that involve intensive data processing, such as virtualization, enterprise applications, and large-scale databases.

Efficiency and reliability are crucial characteristics of the HY1. Toshiba has integrated advanced power management technologies that not only optimize performance but also reduce energy consumption. The energy-efficient design helps lower operational costs and contributes to a more sustainable approach to data storage.

Another standout feature of the Toshiba HY1 is its robust data security mechanisms. Equipped with AES hardware encryption, the HY1 ensures that sensitive information is safeguarded against unauthorized access and potential data breaches. This is particularly important in today’s environment where data privacy is a top priority for businesses.

Toshiba’s commitment to durability is reflected in the HY1’s design. Built to withstand the rigors of constant read/write cycles, the HDD incorporates advanced error recovery features that protect data integrity over its lifespan. This resilience is vital for enterprises aiming to maintain continuous access to critical data.

In summary, the Toshiba HY1 is a powerhouse in the field of data storage, characterized by high capacity, fast data transfer rates, energy efficiency, robust data security, and exceptional durability. It is an exemplary choice for organizations looking to enhance their data management capabilities while ensuring reliable performance and security in their storage solutions.