Shure BETA 58A is a professional super cardioid, dynamic vocal microphone for professional live sound reinforcement and studio recording applications. The Beta 58A has a shaped frequency response that is ideal for close-up vocals. The superb performance of this microphone is not affected by rough handling because of its rugged construction, proven shock mount system, and hardened steel mesh grille.
The package includes: 1 A25D Adjustable Stand Adapter, 1 95A2050 5/8” to 3/8” (Euro) Thread Adapter, 1 26A21 Storage Bag
Specifications
Type: Dynamic (moving coil)
Polar Pattern: Super Cardioid
Frequency Response: 50 to 16,000 Hz
Output Impedance: 150Ω
Sensitivity at 1 kHz, open circuit voltage: -51 dBV/Pa (2.8 mV) (1 Pa=94 dB SPL)
Polarity Positive pressure on diaphragm produces positive voltage on pin 2 with respect to pin 3
Rode PodMic USB is an ultra-versatile professional dynamic cardioid microphone optimised ideal for podcasting, streaming, gaming, voice overs, and other speech applications for content creation. It delivers rich, full-bodied sound and features both an XLR and USB output for connecting to an audio interface or mixer like a classic broadcast microphone, or directly to a computer for plug-and-play recording.
Το μικρόφωνο EIKON DM55V2 Vintage είναι ένα υψηλής ποιότητας δυναμικό μικρόφωνο με κινούμενο πηνίο, το οποίο διαθέτει μεγάλο διάφραγμα, για εξαιρετικά ακριβή απόκριση χαμηλής, μεσαίας και υψηλής συχνότητας.
Shure MV7i, is a dynamic unidirectional cardioid USB-C microphone with a built-in audio interface, engineered for seamless 2-channel audio recording or streaming on computers, tablets, or smartphones 24 bit/48 kHz. Connect an XLR microphone or an instrument via ?” directly into the MV7i, then connect the MV7i via USB-C to the device of your choice, and effortlessly manage both channels using the MOTIV Mix Desktop app or MOTIV Mobile app.
3-piece dynamic vocal microphone kit with cardioid polar pattern, flat frequency response, carrying case and stands. Professional-grade for stage and studio recording.