ASE06008MR-LW150-R
AI

The **ASE06008MR-LW150-R** is a miniature, high-performance speaker manufactured by **PUI Audio**. It is part of their "ASE" series, which focuses on providing reliable audio solutions in a compact, lead-wire format.
### 1. Technical Specifications
The following table outlines the key electrical and physical characteristics of the component:
| Characteristic | Specification |
| :--- | :--- |
| **Speaker Type** | Mylar / Dynamic |
| **Impedance** | 8 Ohms (±15% at 1.0 kHz) |
| **Rated Power** | 0.8 Watts |
| **Maximum Power** | 1.0 Watts |
| **Frequency Range** | 500 Hz ~ 20,000 Hz |
| **Sound Pressure Level (SPL)** | 84 dB (at 0.1W / 0.1m) |
| **Dimensions** | 60mm (L) x 60mm (W) x 21mm (H) |
| **Termination** | Lead Wires (150mm length) |
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### 2. Electronic Components & Construction
The device operates on standard electromagnetic principles but incorporates specific materials for durability:
* **Mylar Diaphragm:** The cone is made of Mylar (a brand of polyester film). This makes the speaker resistant to moisture and environmental humidity compared to paper-cone speakers.
* **Permanent Magnet:** Typically uses a Neodymium or Ferrite magnet to drive the voice coil efficiently within a small footprint.
* **Voice Coil:** A precision-wound copper coil that reacts to the incoming AC signal to create vibration.
* **LW150 Designation:** This indicates the part comes pre-soldered with **150mm lead wires**, simplifying integration into enclosures without requiring direct PCB soldering.
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### 3. Usage & Applications
Due to its 8-ohm impedance and moderate power rating, this speaker is commonly found in:
1. **Industrial Alarms:** Providing clear audible alerts for machinery.
2. **Medical Devices:** Used in monitors or diagnostic equipment for heart-rate beeps or voice prompts.
3. **Kiosks and POS Terminals:** For user feedback and transaction confirmations.
4. **IoT Devices:** Smart home hubs or security panels requiring compact audio output.
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### 4. Integration Considerations
* **Amplification:** Ensure your audio driver (Class D or AB amplifier) can handle an 8-ohm load and does not exceed the 1.0W peak power to avoid thermal damage to the voice coil.
* **Mounting:** Proper baffling (the enclosure behind the speaker) is required to prevent "acoustic short-circuiting," which significantly improves the bass and mid-range response.
* **Polarity:** Note the wire colors (usually Red/Black). Maintaining correct phase is crucial if using multiple speakers in one system.
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What are the benefits of using a Mylar diaphragm over a paper one in industrial environments?
- ⤷ How does the 'baffling' or enclosure design affect the SPL of this specific speaker?
- ⤷ Is this speaker compatible with standard 5V Arduino audio modules?