Cambridge SoundWorks 730 user manual Specifications

Page 16

SPECIFICATIONS

Internal audio sources:

FM stereo tuner with display of Radio Data Sevice text from supporting FM stations.

AM tuner.

Inputs:

One rear panel AUX IN 3.5 mm stereo minijack

One rear panel MIXING INPUT (combined with REC OUT) 3.5 mm stereo minijack

One rear panel AM Antenna 3.5 mm stereo minijack

Antenna stereo mini plug wiring configuration

sleeve – no connection, tip and ring-wire loop antenna

One rear panel FM Antenna “F”-type jack, 75 ohms One front panel AUX-F 3.5 mm stereo minijack

Outputs:

One rear panel REC OUT stereo minijack

One front panel Headphone 3.5 mm stereo minijack

Rear Panel Controls:

FM antenna Internal/External switch

Dimensions:

 

English

Metric

Height:

4 15/16 inches

125 mm

Width:

14 inches

356 mm

Depth:

9 7/8 inches

248 mm

Depth (with knob and AC cord):

 

10 3/8 inches

258 mm

Weight:

11 lbs

5 kg

P81-2000 Rev A

Image 16
Contents SoundWorks Radio Avisique Introduction Getting Started Setting the Clock Tone Alarm Backup BatteryStandby and On Selecting The Radio BandsTuning Stations Storing Stations in Preset banksListening To External Sound sources Connecting AN External Audio SourceMixing Input/Record Output Presets Quick Reference GuideJOG Sleep Delay Convenience FeaturesMute JOG button operation JOG FunctionsJOG functions Adjusting The Wakeup Settings Wakeup FunctionsWakeup Time adjustment Silencing a Wakeup Activating the Wakeup FeatureSnooze Function Radio Data Service RDS Specifications

730 specifications

The Cambridge SoundWorks 730 is a remarkable speaker system that exemplifies quality sound engineering, compact design, and a user-friendly approach, making it an ideal choice for audiophiles and casual listeners alike. This speaker system stands out for its impressive audio capabilities, combining innovative technologies and robust construction to deliver an exceptional listening experience.

One of the main features of the Cambridge SoundWorks 730 is its advanced speaker design, which utilizes high-efficiency drivers and a specially optimized enclosure to produce rich, clear sound. This design allows for a balanced audio output across various frequencies, ensuring that both the highs and lows are rendered with precision. The system is equipped with multiple drivers that work in tandem to create an immersive soundstage, making it perfect for listening to music, watching movies, or playing video games.

The Cambridge SoundWorks 730 is also praised for its versatility. With a wide range of connectivity options, the speakers can easily connect to various devices, including smartphones, tablets, and computers. This flexibility allows users to stream audio wirelessly via Bluetooth or connect through traditional wired connections such as auxiliary inputs and USB ports. This adaptability makes it a fantastic choice for modern setups, accommodating diverse audio sources.

Another key characteristic of the Cambridge SoundWorks 730 is its sleek and portable design. The compact size of the speakers allows them to fit comfortably in any space without compromising on sound quality. Whether placed on a desk, a shelf, or even used for outdoor gatherings, the aesthetic appeal of the system complements its audio performance.

Additionally, the Cambridge SoundWorks 730 incorporates user-friendly features such as easy-to-use controls and intuitive functions. Users can quickly adjust volume levels, switch between audio sources, and manage playback with minimal hassle. This focus on user experience makes it accessible to people of all ages and technical skills.

Overall, the Cambridge SoundWorks 730 encapsulates the brand's commitment to high-quality audio performance in a compact and functional package. With its advanced technologies, versatile connectivity, and elegant design, this speaker system provides an exceptional audio solution for a wide range of listening preferences and environments. It's a perfect example of how sound engineering can enhance the joy of music and entertainment in everyday life.