★Snare/tom microphone The Shure BETA 56A microphone's frequency response is ideal for drums and other instruments, and its extremely uniform supercardioid pickup pattern provides high gain without feedback and excellent separation from unwanted sound sources. What is the BETA 56A suitable for? This premium microphone is ideal for professional musicians on stage and in the studio as a snare or tom microphone, and can also be used with guitars, bass amplifiers, saxophones, and more. ●What are the features of the BETA56A? The uniform supercardioid pattern achieves high gain with minimal feedback and excellent separation from off-axis sound sources. The neodymium magnet delivers high output with excellent signal-to-noise ratio. The stand adapter with a movable locking system and XLR connector makes installation easy and flexible for a wide range of applications. ■Features◎Optimally tuned frequency characteristics deliver studio-quality sound for drums, amplified instruments, and wind instruments◎Equipped with a stand adapter with a movable locking system and XLR connector, it is easy to set up and can be used flexibly in a wide range of scenes◎The uniform supercardioid pattern achieves high gain with reduced feedback and excellent separation from off-axis sound sources◎The compact design makes it easy to handle on stage◎The hardened steel mesh grille protects the microphone from wear and impact◎The use of a neodymium magnet delivers high output with an excellent signal-to-noise ratio◎Minimizes the effects of changes in load impedance◎The air-type shock mount system minimizes the transmission of mechanical noise and vibration◎Inherits the quality and reliability that have created Shure's legends Specifications: Type: Dynamic Frequency response: 50Hz to 16,000Hz Polar Pattern: Supercardioid Output Impedance: Rated 150 Ω Open circuit sensitivity: -51dBV/Pa (2.8mV), at 1kHz 1Pa=94 dB SPL Dimensions: Grill diameter 43 x depth 100 mm, height 135 mm ◎Mass: 468g ◎Accessories: 3/8 inch to 5/8 inch adapter screw, microphone pouch