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PX 13 – 4 OHM is listed in the Speakers range at ChipApex. The manufacturer field lists Visaton GmbH & Co. KG. Its product description is SPEAKER 4OHM 20W TOP PORT 84DB. Review the specifications below when checking this part for your BOM.
The Visaton PX 13 - 4 Ohm is a 13 cm (5-inch) two-way coaxial loudspeaker designed for panel mounting applications. It features a round shape with a polypropylene cone and operates within a frequency range starting at 95 Hz. The unit delivers a sound pressure level of 84 dBA and has an impedance of 4 Ohms. Rated for 20 W of power, it functions reliably in temperatures ranging from -25 °C to +70 °C. The physical dimensions include a diameter of 129 mm and a depth of 48 mm.
Verify the specific impedance rating of 4 Ohms against circuit requirements before integration. Confirm that the 20 W power handling capacity aligns with the amplifier output specifications. Ensure the mounting environment supports the specified operating temperature range of -25 °C to +70 °C. Check physical clearance for the 129 mm diameter and 48 mm depth dimensions during the enclosure design phase.
Choose this component when a coaxial arrangement is necessary to maintain precise point-source alignment between midrange and high-frequency reproduction. The 4 Ohm impedance requires matching with compatible amplifier outputs. Consider the 95 Hz low-frequency extension limit when designing bass-reflex or sealed enclosures. The panel mounting style dictates the mechanical integration method compared to frame-mounted alternatives.
This model belongs to the Visaton PX series, which specializes in coaxial loudspeaker technology. The PX designation indicates a 13 cm driver size, while the suffix specifies the electrical impedance. This series targets applications demanding compact form factors without sacrificing multi-driver coherence.
Direct substitutes must match the 13 cm diameter, 4 Ohm impedance, and coaxial architecture. Verify compatibility with existing mounting holes and depth constraints. Alternative models may differ in sensitivity or frequency response characteristics.
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