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The Rockville RCM02 condenser microphone performs better than famous branded microphones that cost over 125. 5V-10V Current consumption: less than 500A Voltage deduction characteristic: within 3d – B at 2V S/N ratio: More than 24d – B Frequency Response: 30Hz – 20 KHz Fixed Crossover Filter cutoff frequency: 40Hz—16 KHz Load impedance: Greater or = to 1000 Ohms Equivalent Noise level: Less than 18d – B A IEC581-5 Max. Input SPL: 126d – BTHD1. 0% at 1k – HZ Electrical current: Greater than 4. 8Ma Microphone body net weight380 Grams 0. 84 Pounds Microphone Max. diameter 51mm 2inches Microphone Length 215mm 8. 46inches Microphone material: steel grille + Aluminum handheld part PCB Layout: Surfmount RMF2 Pro Audio Acoustic Microphone Isolation Shield Stand mountable Provides Vocal Booth Style Recordings with Minimal Footprint Professional Studio-Grade Rugged Finish Makes This Easy to Transport Tri-Pod Foot Design for Stability on Flat Surfaces 3/8 Die-Cast Metal Threads Mic Stand with 5/8 Adapter The shield is made of pure high-grade steel Number of Panels: 5 pcs Dimensions Each Panel: 6. 3 x 12. 6 inch Dimensions Assembled Unit: 17. 5 x 16. 1 x 7 inch Model # RCM02+RMF2 Features: Pro Studio Recording Condenser Microphone Mic+Metal Shock Mount. Aluminum high quality construction. Polar Pattern: Internally Polarized Condenser Cardioid Design Large diaphragm for smooth natural sound and low noise Power Requirements: 48V DC phantom power or computer sound card can connect to the phantom power channel of your mixer or can connect to your laptop or computer Pro Audio Acoustic Microphone Isolation Shield. Keeps Excessive Room Ambience and Off Axis Sound from interfering with your microphone when recording acoustic and vocal tracks. Isolates Directional Microphones from Off Axis Coloration Limits External Bleed from Unintended Sound Sources. Can be used in fixed location Provides Vocal Booth Style Recordings with Minimal Footprint. Professional Studio-Grade. Rugged Finish Makes This Easy to Transport. Tri-Pod Foot Design for Stability on Flat Surfaces.