SRS Labs SR560 manual Avoid Deep Discharge

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OPERATION AND CONTROLS

•AVOID DEEP DISCHARGE

Recharge the batteries after each use. The two-step fast-charge / trickle-charge operation of the SR560 allows the charger to be left on indefinitely. ALWAYS recharge the batteries immediately after the BATT indicator LED on the SR560 turns red. Built-in protection circuitry in the unit removes the batteries from the load once a dead-battery condition is detected. Avoiding deep discharge will provide the longest battery life - upwards of 1,000 charge / discharge cycles.

•AVOID TEMPERATURE EXTREMES

When using battery power, operate the SR560 at or near room temperature. Operating at lower temperatures will reduce the capacity of the batteries. As well, more time will be required to recharge the batteries to their rated capacity. Higher temperatures accelerate the rate of reactions within the cell, reducing cell life.

•KEEP THE BATTERIES COOL

When not in use, the SR560 should be stored in a cool, dry place with the batteries fully charged. This reduces the self- discharge of the batteries and ensures that the unit will be ready for use when called upon. A SR560 in storage should be "topped off" every three months with an overnight charge to maintain its batteries in peak condition.

Warning regarding battery maintenance

Batteries used in this instrument are seal lead acid batteries. With usage and time these batteries can leak. Always use and store this instrument in the feet-down position. To prevent possible damage to the circuitboard, it is recommended that the batteries be periodically inspected for any signs of leakage.

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Contents Model SR560 Page Table of Contents PCB SR560 Revision F 9/89 Schematics Calibration and RepairAppendix a Appendix BIntroduction and Setup Instrument OverviewPreparation for USE Accessories Furnished Repackaging for ShipmentUse in Biomedical Applications Environmental ConditionsPage Specifications SR560 LOW-NOISE Preamplifier Specifications ChartSpecifications Power Operation and ControlsFront Panel Operating Summary SourceFilters Gain Mode ResetGain OutputAC Power Input Amplifier Power OutputBattery Charger Rear Panel Operating SummaryBattery Care and Usage Battery CareBlanking Input RS-232 InterfaceAvoid Deep Discharge Configurable Filters and Gain Circuit DescriptionDifferential LOW-NOISE Front END Output StagesOverload Detection Battery Charger and PRE-REGULATORSMicroprocessor Power Regulators Rear Panel InterfacesBatteries and P.E.M Front PanelOffset Adjustment Front END ReplacementCalibration and Repair CalibrationBattery Replacement SR560 Offset Adjustment ProcedureFuse Replacement Noise Contours Input Voltage Noise Dynamic ReserveMaximum Calibration and Repair Commands Appendix aRemote Programming IntroductionAppendix a Appendix B Noise Sources and CuresIntrinsic Noise Sources Non-Essential Noise SourcesCapacitive Coupling Inductive CouplingMicrophonics Resistive Coupling or ‘Ground Loops’Thermocouple Effect Appendix B SR560 Component Parts List Front Panel Parts ListMain Board Parts List 22U MIN 01U Axial 804 00225-548 Insl MTP5N05 SR560 Component Parts List SR560 Component Parts List PIN Mach SR566 Assy Adhes Tape Miscellaneous Parts List SR560 Component Parts List

SR560 specifications

SRS Labs SR560 is a cutting-edge audio enhancement technology that has gained recognition for its ability to deliver an immersive sound experience. Built upon years of research, the SR560 utilizes proprietary algorithms to achieve high-fidelity sound output while maintaining an incredibly dynamic range.

One of the most notable features of the SR560 is its adaptive audio processing, which adjusts sound dynamics based on the content being played. This means that whether one is listening to music, watching a movie, or playing video games, the sound quality is optimized in real-time to provide the best listening experience. The SR560 excels at enhancing dialogue clarity in films, ensuring that important audio elements are never lost amidst background sounds.

Another key characteristic of the SR560 is its support for multi-channel audio. With the rise of surround sound systems, the SR560 is designed to integrate seamlessly with 5.1 and 7.1 speaker setups. This ensures that users can enjoy a true surround sound experience, where each audio channel is processed independently to create a lifelike auditory environment. The SR560’s processing capabilities allow it to convert standard stereo audio into multi-channel output, enriching the listening experience for any audio format.

SRS Labs has equipped the SR560 with advanced bass optimization technology. This feature enhances low-frequency sound, providing deep, rich bass without distortion. Whether it’s the thumping beats of music or the rumble of action-packed movies, the SR560 ensures that users can experience the full spectrum of audio without compromising on quality.

Furthermore, the SR560 showcases state-of-the-art sound management features that provide users with customizable audio profiles. This allows users to tailor their audio experience according to personal preferences, whether they prefer a more balanced sound, enhanced bass, or boosted treble frequencies. The intuitive interface ensures that adjustments can be made effortlessly.

In conclusion, the SRS Labs SR560 stands out as a versatile audio enhancement technology that caters to the needs of various audio consumers. By combining adaptive processing, multi-channel support, bass optimization, and customizable profiles, the SR560 ensures a rich and immersive audio experience. As the demand for high-quality sound continues to rise, the SR560 is poised to remain a significant player in the evolution of audio technology.
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