
Peavey 4308828417 Piezo Tweeter Speaker 75W
Enhance Your Audio Experience with Crystal-Clear HighsUpgrade your speaker system with the Peavey Piezo Tweeter, designed for exceptional high-frequency sound reproduction. This 3.34" piezo tweeter delivers a frequency response of 4kHz to 27kHz and handles up to 75 watts, making it an excellent r...
View price on AmazonNotice a mistake? Let Us Know
Overview
Enhance Your Audio Experience with Crystal-Clear Highs
Upgrade your speaker system with the Peavey Piezo Tweeter, designed for exceptional high-frequency sound reproduction. This 3.34" piezo tweeter delivers a frequency response of 4kHz to 27kHz and handles up to 75 watts, making it an excellent replacement or upgrade option.
- Type: Piezo Tweeter
- Diameter: 3.34 inches
- Frequency Response: 4kHz - 27kHz
- Power Handling: 75 Watts
- Impedance: 8 Ohms
Key Features
Frequency Response: 4 kHz to 27 kHz
Average Sensitivity: 94 dB 1 watt / 1 meter
Maximum Power Handling Capacity: 75 W (EIA RS426)(8 Ohm system reference)
Maximum Voltage: 15 v rms continuous, 35 v rms intermittent
Maximum Temperature: 80C
Specifications
Pros & Cons
👍 Pros
- Offers a wide frequency response range from 4 kHz to 27 kHz, capturing a broad spectrum of high frequencies.
- Delivers an average sensitivity of 94 dB at 1 watt/1 meter, indicating efficient sound production.
- Capable of handling a maximum power capacity of 75 W (EIA RS426) in an 8 Ohm system.
- Designed to handle a maximum voltage of 15 v rms continuous and 35 v rms intermittent.
- Operates reliably up to a maximum temperature of 80C, indicating thermal resilience.
👎 Cons
- As a piezo tweeter, it typically produces only high frequencies and will not handle bass or mid-range audio.
- The maximum power handling of 75W (EIA RS426) may be insufficient for very high-power audio systems.
- A sensitivity of 94 dB, while good, might not match the efficiency of some other tweeter technologies.
- No information is provided regarding the physical dimensions or mounting requirements of the tweeter.
- Specific impedance (e.g., 8 Ohm reference) is given but actual impedance curve details are not available.