AS5008M-32

Overview

The AS5008M-32 is an obsolete electromagnetic speaker manufactured by PUI Audio, Inc. It features a round shape with a 50 mm diameter and 18.5 mm height. The unit operates at 8 Ohms impedance with a 200 mW power rating. Its self-resonant frequency is 550 Hz, and it delivers an efficiency of 80 dBA. The cone material is polyester (PET), and the magnet is neodymium. End connections are solder eyelets for frame mounting.

Feature Summary

• Electromagnetic transducer design utilizing a neodymium magnet assembly
• Round form factor constructed with a polyester cone
• Frame mount installation style with solder eyelet termination

Applications

• General purpose audio signaling
• Electronic device alert systems
• Industrial control panel indicators

Procurement Notes

Verify component availability as this part is officially marked obsolete by the manufacturer. Confirm end-of-life status before finalizing designs. Sourcing may require secondary distributors or alternative stock verification. Ensure current inventory matches original specifications to avoid integration issues in legacy systems.

Selection Notes

This component is suitable for low-power applications requiring compact dimensions. The 8 Ohm impedance aligns with standard driver outputs. Consider the limited power handling when designing amplifier stages. The frame mount style requires appropriate chassis cutouts. Evaluate acoustic requirements against the specified efficiency and resonant frequency.

Part Context

The AS5008M-32 belongs to the AS series of speakers from PUI Audio. This series typically includes various sizes and impedances for general audio needs. The specific model represents a mid-range size option within the lineup. It shares common design traits like electromagnetic operation and standardized mounting styles found across the family.

Replacement Considerations

No public confirmed substitute part numbers are available. As the component is obsolete, engineers must identify equivalent specifications manually. Compare impedance, power rating, and physical dimensions when selecting alternatives.