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The BHS1324-11-08H6.5W050J is a dynamic receiver speaker manufactured by BeStar Technologies, Inc., designed for side-mount rectangular applications. It operates within a frequency range of 0 kHz to 10 kHz and features an impedance of 8 Ohms. The component has a rated input power of 1 W and physical dimensions of 13x24x6.5 mm. This exciter utilizes wire leads for connection and is characterized by its compact form factor suitable for integration into various audio systems requiring specific spatial constraints.
Verify the exact part number suffix against official manufacturer documentation to ensure correct impedance and power rating specifications. Confirm package type and lead configuration requirements prior to ordering. Cross-reference with authorized distributors to validate current product status and lifecycle availability. Ensure compatibility with intended mounting structures and electrical interfaces before finalizing procurement decisions.
Select this component when a low-profile rectangular dynamic exciter is required for side-mounting in audio assemblies. Consider the 8 Ohm impedance and 1 W power handling limits relative to the driving circuit capabilities. Evaluate the 13x24x6.5 mm footprint against available space constraints. Verify that the specified frequency response meets the target application's acoustic performance requirements.
BeStar Technologies specializes in manufacturing acoustic, haptic, and sensor components. The BHS1324 series represents their line of dynamic exciters designed for precise acoustic output in compact forms. This model is part of their active product portfolio, offering standardized solutions for OEMs integrating vibration-based audio or haptic feedback mechanisms into consumer electronics and specialized devices.
Direct substitutes must match the 13x24x6.5 mm dimensions, 8 Ohm impedance, and rectangular side-mount form factor. Verify equivalent power ratings and frequency responses from alternative manufacturers. Ensure mechanical mounting holes and terminal configurations are compatible to avoid redesign efforts.