#1203144
Microphone kit DEXP U400 black
[wired, tabletop, -30 dB, from 50 Hz to 16000 Hz, cable - 150 cm] details
Not on sale
Characteristics Microphone kit DEXP U400 black
General parameters
Type
microphone kit
Model
DEXP U400
Main Color
black
Extra Color
gray, red
Number of Microphones Included
1
Basic microphone parameters
Operating Principle
capacitor
Polar Pattern Switching
none
Microphone Directionality
omnidirectional
Intended Use
computer
Design
Design
tabletop
Manufacture Material
plastic
Technical specifications
Sensitivity
-30 dB
Min Frequency
50 Hz
Max Frequency
16000 Hz
Impedance (Resistance)
2200 Ω
Attenuator
none
Low-Pass Filter
none
Connection
Connection Type
wired
Cable Connector
USB Type-A
Cable Length
150 cm
Balanced Audio Support
none
Functions
Headphone Volume Control
none
Sensitivity Adjustment
none
Monitor Volume Control
none
Microphone Mute Button
none
Headphone Output
none
Flexible Stand
none
Backlight
none
Stereo Recording
none
Memory Card Slot
none
Detachable Cable
none
Extra Contents
Spider Shock Mount
none
Suspension included
none
Pantograph
none
Wind Resistance
none
Pop Filter
none
Power
Phantom Power Requirement
none
Power Supply
none
Power Supply Voltage
5 V
Additional Information
Package Contents
desk stand, documentation
Dimensions and Weight
Microphone Length
52 mm
Microphone Width
56 mm
Mic Height
188 mm
Microphone Weight
607 g
Description
The DEXP U400 microphone is well-suited for anyone who regularly communicates with friends on social media and various instant messengers. Thanks to its high sensitivity of -30 dB, you will get high audio quality without external interference.
To connect the DEXP U400 model to a laptop or PC, simply use the provided USB cable. This microphone features a sturdy stand that allows you to conveniently position it on a desk or any other preferred surface.
To connect the DEXP U400 model to a laptop or PC, simply use the provided USB cable. This microphone features a sturdy stand that allows you to conveniently position it on a desk or any other preferred surface.