Schoeps CCM 4 V L

Schoeps CCM 4 V L

The Schoeps CCM 4 V L is a compact cardioid condenser microphone with side-addressing, designed for a wide range of applications including speech and music recording. The "L" version is equipped with a detachable Lemo connector, offering flexibility with various cable lengths and accessories.

Key Features

• Side-Address Cardioid Capsule: Designed with the main axis on the side, making it ideal for situations requiring a side-facing recording position.
• Light High-Frequency Emphasis: A slight boost around 10 kHz improves speech intelligibility and adds brightness to recordings.
• Consistent Directionality: Maintains a uniform directional pattern across the entire frequency range, ensuring accurate sound capture with minimal off-axis coloration.
• Detachable Lemo Connector: Allows for the use of different cable lengths and facilitates easy integration with various accessories, enhancing setup flexibility.

Specifications

• Frequency Response: 40 Hz – 20 kHz
• Sensitivity: 13 mV/Pa
• Maximum SPL (THD < 0.5%): 136 dB SPL (P48); 128 dB SPL (P12)
• Equivalent Noise Level (A-weighted): 15 dB-A
• Output Impedance: 90 Ω at 1 kHz
• Recommended Load Impedance: 2 kΩ
• Power Supply: P48 (48V phantom power) or P12 (12V phantom power)
• Current Consumption: 4 mA (P48); 3.6 mA (P12)
• Dimensions: Length: 58 mm; Diameter: 20 mm
• Weight: 45 g
• Surface Finish: Matte grey

Applications

The CCM 4 V L is suitable for a variety of recording scenarios, including:

• Spot Miking: Effectively captures individual instruments or voices within an ensemble with clarity and focus.
• Stereo Recording: Suitable for various stereo techniques such as XY, ORTF, or M/S configurations, delivering precise stereo imaging.
• Broadcast and Speech: Its natural sound reproduction makes it excellent for dialogue and speech applications in broadcast environments.

With its exceptional sound quality, consistent directional characteristics, and compact form factor, the Schoeps CCM 4 V L is a versatile tool for professionals seeking reliable performance in diverse recording environments.