QTX: 902.310UK, 2.25" Square Dome Tweeter, Mylar Dome, 20W RMS, 40W Max, 3kHz-20kHz

Product Overview & Key Benefits

The2.25" Square Dome Tweeteris an exceptional audio component designed to enhance both new builds and existing sound systems. This tweeter is fitted with a durable mylar dome, delivering crisp and clear high-frequency sounds. Perfect for audiophiles and DIY enthusiasts, this model offers a blend of performance and reliability, ensuring your audio experience is elevated to the next level.

Technical Specifications & Product Details

• Impedance:8 Ohms
• Power RMS:20W
• Power Max:40W
• Voice Coil:12.5mm (0.5")
• Dimensions:59 x 59mm (2.25" x 2.25")
• Weight:0.1560kg
• Magnet Weight:28g (1 oz)
• SPL @ 1W/1m:91dB
• Frequency Response:3kHz - 20kHz
• Overall Dimensions:Width: 30mm, Height: 66mm, Length: 73mm

Ideal Uses & Applications

The 2.25" Square Dome Tweeter is a versatile component that can be integrated into various audio applications. It's ideal for:

• Domestic DIY Projects:Perfect for hobbyists looking to build or upgrade their home audio systems.
• Commercial Builds:Suitable for use in cafes, retail stores, or other business settings requiring professional sound systems.
• Replacement Parts:This tweeter serves as an excellent replacement for existing, malfunctioning tweeters in your audio setup.
• Customization Enthusiasts:Audio enthusiasts who appreciate bespoke audio solutions will find this tweeter advantageous in crafting their perfect sound setup.

Energy Efficiency & Cost Savings

While the focus of the 2.25" Square Dome Tweeter is on audio performance, installing efficient audio components can lead to overall energy savings in your audio system. This tweeter operates at a modest power rating of 20W RMS, ensuring that your system runs efficiently, reducing energy consumption.

Moreover, by utilizing a high-performance tweeter, users may experience improved sound quality, allowing for lower level sound outputs without sacrificing clarity. This ultimately leads to prolonged component life and less frequent replacements, indirectly contributing to lower long-term costs.