4475

Overview

The Visaton 4475 is a miniature dynamic loudspeaker designed for compact audio reproduction applications. It features a small form factor suitable for integration into space-constrained electronic devices. The unit utilizes a standard magnetic circuit and cone driver configuration typical of low-power audio transducers. This component serves as a direct sound output element in various consumer electronics, providing acoustic performance optimized for its physical dimensions and electrical characteristics.

Feature Summary

• Compact miniature dynamic speaker design
• Suitable for space-constrained device integration
• Standard cone driver configuration

Applications

• Consumer electronics audio output
• Portable device speakers
• Small appliance indicators

Procurement Notes

Verify the specific impedance and power handling ratings against the target circuit requirements before procurement. Confirm mechanical mounting dimensions and terminal type compatibility with the enclosure design. Ensure the selected variant matches the required frequency response characteristics for the intended application environment.

Selection Notes

Select this component based on strict spatial limitations within the host device. Evaluate the acoustic output requirements against the small diaphragm size capabilities. Consider the mounting method and terminal accessibility during the mechanical design phase to ensure proper integration and secure attachment.

Part Context

Visaton specializes in manufacturing high-quality loudspeakers and audio components. The 4475 model belongs to their range of miniature dynamic drivers, engineered for reliability and consistent performance in small-scale audio applications. These components are widely used in industries requiring discrete sound generation solutions.

Replacement Considerations

Check datasheet specifications for equivalent miniature speakers from other manufacturers. Verify matching impedance, sensitivity, and physical mounting hole patterns. Ensure the replacement maintains similar acoustic output levels and frequency response curves.