Brand Name | GESTTON |
Model Number | HC-1000 |
Size | 23.5mmX180mm |
Weight | 176g |
Current consumption | ≤ 3mA |
Signal to noise ratio | 65dB, 1kHz at 1pA |
Style | Headset Microphone, Other, XLR Microphone, Desktop, Shock Mount, Wired microphone, Dual Mode Microphone |
Communication | Wired |
Use | Computer Microphone , Conference Microphone, Stage Performance,Interview , Speech, Smart Phones, Recording, Singing, Teaching, Portable Audio Player, Communication, Broadcasting |
Material | All Metal Hand Held Microphone |
Surface material | Matte black paint |
Function | Noise Cancelling, Light-weight,Portable,Condenser Microphone, XLR Microphone, |
Polar Pattern | Cardioid |
Sensitivity | 12mv / PA |
Nominal impedance | ≤ 150 Ω |
Element type | Dynamic |
Maximum sound pressure level (THD < 0.5%) | 140dB SPL |
Frequency Response | 20Hz ~ 20KHz |
Output connector | Type XLR |
Function | Noise Cancelling & KTV Karaoke |
1. Handheld dynamic/condenser microphone with XLR analog output
2. XLR output connects to your computer for digital recording, while the XLR output connects with your sound system's conventional microphone input for use in live performance
3. Smooth, extended frequency response ideally suited for podcasting, home studio recording, field recording, voiceover, and on-stage use
4. Built-in headphone jack allows you to directly monitor from your microphone
5. Adjust headphone volume with easy-to-use controls on the bottom of the microphone
OUR ADVANTAGES
Product Picture Description
Warehouse
Capable of converting sound directly into electrical energy signals
Capacitive microphone is designed by using the principle of capacitive charge and discharge between conductors, using ultra-thin metal or gold-plated plastic film as vibrating film to induce sound pressure, so as to change the static voltage between conductors, directly convert it into electric energy signal, and obtain practical output impedance and sensitivity through electronic circuit coupling.
It can show the characteristics of original sound reproduction
Sound experts take the pursuit of "original sound reproduction" as the highest state of sound! From the analysis of the basic design principle of the microphone, it is not difficult to find that the capacitive microphone can directly convert sound into electric energy signal by not only relying on precise mechanism manufacturing technology, but also combined with complex electronic circuits. It has extremely superior characteristics in the first place, so it has become the best choice for those who pursue "original sound reproduction".