Sennheiser Professional E935 Cardioid Dynamic Vocal Microphone

Sennheiser Professional e 935 Cardioid Dynamic Vocal Microphone: Overview and Specifications

The Sennheiser e 935 is a professional-grade cardioid dynamic vocal microphone designed for live performances. Known for its durability and exceptional sound quality, it is an ideal choice for vocalists who require a reliable microphone that can handle the demands of the stage.

Key Features:

• Cardioid Pickup Pattern: The cardioid pattern focuses on the sound source directly in front of the microphone, reducing pickup of unwanted background noise and minimizing feedback.
• Metal Construction: Built with rugged and reliable metal housing, ensuring the microphone can withstand the rigors of touring and daily use.
• Shock-Mounted Capsule: The capsule is shock-mounted to reduce handling noise, allowing for clear and undistorted sound even during energetic performances.
• Hum Compensating Coil: This feature minimizes electrical interference, providing a clean and clear audio signal in various environments.
• Neodymium Ferrous Magnet with Boron: Ensures the microphone's magnetic properties remain stable, delivering consistent performance regardless of the surrounding climate.
• Made in Germany: Reflects high-quality manufacturing standards, ensuring durability and excellent performance.

Supplied Accessories:

• Protective Pouch: Offers safe and convenient storage for the microphone when not in use.
• MZQ 800 Microphone Clip: Provides secure attachment to microphone stands, allowing for easy setup and positioning.

Specifications:

• Pickup Pattern: Cardioid
• Construction: Metal
• Shock-Mounted Capsule: Yes
• Hum Compensating Coil: Yes
• Magnet Type: Neodymium Ferrous with Boron
• Made In: Germany

The Sennheiser e 935 is engineered for vocal clarity and reliability on stage. Its cardioid pattern and durable construction make it an excellent choice for live vocal performances, providing consistent sound quality and protection from handling noise and electrical interference.