JBL Selenium D202Ti 1" Titanium 60 Watts RMS 8 Ohm Compression Driver

Overview

The JBL Selenium D202Ti is a high-quality 1-inch compression driver featuring a pure titanium diaphragm. Designed for high efficiency and low distortion, it delivers exceptional performance across mid and high frequencies, making it ideal for studio monitors, stage boxes, and small to medium-sized sound reinforcement systems. Its robust construction and precise engineering ensure reliability and longevity in various professional audio applications.

Key Features:

• High Power Handling: Capable of managing 60 Watts RMS and 120 Watts peak power, suitable for demanding audio environments.
• Impedance: Standard 8-ohm impedance ensures compatibility with a wide range of audio equipment.
• Frequency Response: Efficiently reproduces frequencies from 1,000 Hz to 20,000 Hz, ensuring crisp and detailed mids and highs.
• High Sensitivity: With a sensitivity rating of 106 dB SPL (2.83V/1m), it delivers loud and clear sound with minimal power input.
• Durable Construction: Features a pure titanium diaphragm and a Kapton® voice coil former, designed for longevity and consistent performance.
• Standard Mounting: Equipped with a 1-3/8"-18 TPI screw-on connection, facilitating easy integration with various horns.

Technical Specifications:

• Nominal Impedance: 8 Ohms
• Power Handling:
  
  • RMS Power: 60 Watts
  • Peak Power: 120 Watts
  
  
• Frequency Response: 1,000 Hz – 20,000 Hz
• Sensitivity: 106 dB SPL (2.83V/1m)
• Diaphragm Material: Pure Titanium
• Voice Coil Diameter: 1.7 inches (44 mm)
• Recommended Crossover Frequency: 1,500 Hz or higher (12 dB/octave minimum)
• Magnet Weight: 7.5 oz (210 g)
• Housing Material: Plastic
• Mounting Type: Screw-on, 1-3/8"-18 TPI

Applications:

• Studio Monitors: Enhances clarity and detail in recording and mixing environments.
• Stage Monitors: Provides performers with accurate and detailed mid and high-frequency monitoring.
• Sound Reinforcement Systems: Ideal for venues requiring extended mid and high-frequency response with controlled dispersion.