Rebel MIK0007 Professional microphone K-200, XLR - Jack 6,3 mm

Rebel MIK0007 Professional microphone K-200, XLR - Jack 6,3 mm
The Rebel MIK0007 microphone is designed for users who appreciate high-quality sound on stage and in the recording studio. This dynamic handheld microphone (for mic clips) is primarily used for singing and recording vocals. The device uses a cardioid and directional pickup pattern to suppress unwanted ambient noise and mechanical sounds. Its metal casing ensures high durability and a long lifespan for everyday use. It connects via a 5m cable with XLR and 6.3mm jack connectors. The microphone operates in a frequency range of 40Hz to 18000Hz, has a sensitivity of -85dB +/- 2dB, and an output impedance of 180Ohm +/- 15%.
Key features of the Rebel MIK0007 Professional K-200 microphone, XLR - Jack 6.3mm
- Metal body construction for protection against damage
- Noise and shock reduction with a cardioid polar pattern
- Long 5-metre cable with XLR and 6.3mm jack connectors
- Output impedance of 180Ohm with a 15% tolerance
- Sensitivity of -85dB with a 2dB tolerance
- Weight of 344g for easier handling
- Compatibility with professional audio systems
Suitable for singing
Sound capture and directional pickup pattern
The microphone uses a dynamic capture system, which is ideal for capturing vocals. Its cardioid and directional pickup pattern focuses on sound coming directly from the front. This method of sound capture helps to accurately reproduce the performer's voice. The frequency range spans from 40Hz to 18000Hz. The sensitivity is -85dB with a tolerance of 2dB.
Ambient noise suppression and wind protection
The microphone's construction effectively reduces environmental influences during a performance. The cardioid and directional type reliably dampens both ambient noise and unwanted mechanical sounds. Focusing on the direct sound source eliminates distracting elements from the background, making it suitable for recording vocals, instruments, or podcasts. The resulting audio recording therefore maintains high clarity and intelligibility. The microphone helps prevent the transfer of vibrations from the hand to the recording and ensures clear sound under all conditions.
Connection and outputs
A 5-metre cable handles the connection to other parts of the audio chain. The transmitter connector combines XLR and 6.3mm jack interfaces. This type of cabling transmits the signal with low quality loss. The output impedance is 180Ohm with a tolerance of 15%. The cable provides enough freedom of movement on stage and in the recording space.
Wired transmission and range
The microphone operates on a classic wired principle. The 5m cable length gives you ample freedom of movement. The cable length corresponds to the total length of the supplied XLR - 6.3mm jack connecting cable. Users can move freely on stage and in the studio without worrying about signal loss or space restrictions. The reliable cable connection completely eliminates any audio dropouts that could be caused by interference from nearby wireless frequencies.
Mounting and design
The device's body is made of solid metal, which protects the internal electronics. This robust material increases resistance to drops and damage. The total weight of the construction is 344g, which contributes to a stable grip. The ergonomic shape makes it easy to place in standard microphone clips. The device reliably withstands the demanding operating conditions of live performances.
Accessories in the box
The original packaging contains the dynamic microphone itself and one connecting cable. This cable, with XLR and 6.3mm jack connectors, has a total length of 5m. This means you don't need to buy any extra connecting elements for a basic setup in your audio chain. The complete package includes all the necessary components for immediate operation and hassle-free recording of high-quality sound right out of the box.
Compatibility by connector
The device works with professional audio systems and adapters. The receiver connectors include 6.3mm jack and XLR interfaces. The cable connection makes integration with mixing desks and amplifiers easy. The manufacturer also states compatibility with Windows. This allows users to easily incorporate the microphone into their existing technical setup.
Technical specification
- Transmitter connector: XLR - Jack 6.3mm
- Receiver connectors: Jack 6.3mm, XLR
- Sensitivity: -85dB +/- 2dB
- Impedance: 180Ohm +/- 15%
- Weight: 344g
- Cable length: 5m
- Compatibility: Windows
Package contents
- 1× Rebel MIK0007 microphone
- 1× Cable
Microphone principle
A dynamic microphone is suitable for open performances, live broadcasts, music production, and so on. It uses a magnet and a moving coil to capture sound.
A condenser microphone is mainly used for studio purposes. It has higher sensitivity and lower noise. It requires its own separate power supply.
Frequency range
The frequency range indicates the range of frequencies that the microphone records. The wider the range, the more sounds it can capture.
Low frequencies (e.g., 20–200Hz): Bass, the deepest tones of instruments (double bass, kick drum) and male voices.
Mid frequencies (e.g., 200–3000Hz): The body of instruments, the core of the voice where the ear is most sensitive, important for speech intelligibility.
High frequencies (e.g., 3000–14000Hz): Treble, details, sibilance and the "sparkle" of the sound.
Air band (above 14000Hz): Gives recordings a feeling of expensive, super high-quality sound and space.
Sensitivity
Microphone sensitivity is the ratio of output voltage to acoustic pressure. It expresses how loud a signal the microphone produces at a given acoustic pressure; higher sensitivity means a stronger voltage and is suitable for quiet studios, while lower sensitivity is better for noisy environments as it doesn't unnecessarily amplify ambient noise.
Specifications
Connection
Microphone characteristics
Features
Dimensions
Weight
| Code: | MCaaa0703 |
| Warranty: | 24 months |
| Manufacturer information |
Lechpol Electronics Leszek, Spółka komandytowa, Miętne, ul. Garwolińska 1, 08-400 Garwolin, +48 25 685 00 30, [email protected]
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