CAD AUDIO 901VP Variable Pattern Cardioid Desktop Boundary Microphone-Black (Free Shipping)

CAD AUDIO 901VP Variable Pattern Cardioid Desktop Boundary Microphone-Black
Manufacturer: CAD AUDIO
Condition: New
Item #: 901VP
Regular price: $259.00
Sale price: $199.00
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  • Product Description

    OVERVIEW
    Continuously Variable Polar Pattern Desktop
    Boundary Condenser Microphone
    DETAILS
    The 901VP is a continuously-variable polar pattern condenser boundary microphone. Special attention has been taken to design the 901VP to resist interference from devices such as cell phones and two-way communication devices. The integral 80Hz, 12dB/octave high-pass filter removes unwanted low-frequency energy to improve intelligibility. The all metal body and shock absorbing rubber bottom make for easy placement on almost any surface.

    When placed on a hard surface, the 901VP will take advantage of the “boundary effect” signal-to-noise ratio increase. The 901VP is terminated with a TA3M-type connector recessed in the body of the microphone. The 901VP comes with 30’ [9.1m] of detachable microphone cable that is terminated with a standard 3-pin XLRM-type connector.

    The 901VP features a continuously-variable polar pattern that can shorten the list of products an audio system designer needs to consider when boundary condenser microphones are specified. The installer can precisely tailor the polar pattern for the best performance depending upon the application or environment.

    The polar pattern of the 901VP can be changed remotely by setting the onboard variable pattern control to figure-of-eight and adding CAD Audio’s Remote Variable Pattern Control Box (VPC-1) between the microphone and audio mixer. The pattern can also be electronically controlled by utilizing the 40-360 DSP cable and corresponding software with compatible digital signal platforms. The 901VP is primarily designed for speech and vocal pickup in governmental, institutional, religious and business applications.
    SPECS

    Polar Pattern: Continuously Variable

    Frequency Response: 100Hz – 20KHz

    Sensitivity: -33dBV (22.4 mV) @ 1 Pa

    Impedance: 150 ohms

    Max SPL: 120dB, 1% THD, 1KHz

    Self Noise: 22dBA

    Power Requirements: P12, P24, P48, 4mA
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