dodocTorrance Crist Sr.ool [Lester SchuppeMrs. Micaela ProhaskaHot]BM-Dr. Parker Carter800 CondMrs. Billie Bogisichenser MMrs. Nakia Casper IVicrophone PortablJessie FeestGonzalo Jaste High SensEldon VonRuedenDelphine WintheiseritivitMs. Rosella Dicki IIy Low Noise MiProf. Baylee Schaden IVc KitProf. Kellen Ziemann DVM for CHolden BoscoMr. Willard O'Konomputer Mobile PhoAdriel Kozey IVMr. Jamal Ornne StMrs. Abbigail Maggio Vudio Live- StrAnika BrakusDr. Malachi Framieam BroadcastiClair Walkerng RecoMiss Trisha Keeling DDSrding withJudson Welch IV RoundNarciso Donnelly DVM DiskAlivia UllrichJulien Rempel III SupportProf. Rollin Schinner III

This is a professional condenser microphone, which adopts the exacting complete electronic circuit control and goldplated diaphragm capsule. With a cardioid polar pickup pattern, high output and low self-noise,this microphone is suitable for computer recording, phone recording, broadcasting stations and so on.

Features:
Exceptionally low self-noise for highly critical recording.
Offers high sensitivity to capture subtle nuances that create high-quality audio.
Microphone cover prevents wind noise when you are recording.
Shock-proof mount firmly attaches the microphone and effectively reduces handling noise.
Comes with a adjustable round disk support, the microphone can be placed in the proper position.
Perfect for radio broadcasting studio, voice-over sound studio, stages, TV stations, etc.

Specifications:
Model: BM-800
Microphone Material: Metal
Shock Mount Material: Plastics
Color: Black, Black + Gold, Black + Silvery, Champagne, Silvery (Optional)
Polar Pattern: Uni-directional
Microphone-Core: Φ16
Frequency Response: 20Hz-20KHz
Sensitivity: -32dB±1dB
Equivalent Noise Level: 16dBA
Max.SPL: 130dB
S/N Ratio: 78dB
Voltage: 5V~48V
Electrical Current: 3mA
Item size: 150 * 60mm / 5.9 * 2.36in

Note:
1.Due to the different display screen and light effect, the actual color of the item might be slightly different from the color
showed on the pictures.
2.Please allow a little measuring deviation due to manual measurement.