901VP

CAD
  In stock
Model: AMS-901VP
UPC: 631922104110
Continuously Variable Polar Pattern Desktop Boundary Condenser Microphone
$149.99

Overview

Continuously-variable polar pattern control

Securable variable pattern controls

Remote Variable Pattern compatible when used with Variable Pattern Control box (VPC-1)

Remote Variable Pattern through compatible digital signal platforms when used with 40-360 cable

All metal housing, suitable for commercial applications

RF (radio frequency) Resistant Architecture

Integrated high-pass fi lter for elimination of unwanted low-frequency energy

Shock-absorbing rubber pad

Operating Principle ................................................Condenser

Polar Pattern ........................................Continuously-variable

Frequency Response ..........................................100Hz -20KHz

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

Impedance ..............................................................150 ohms

Maximum SPL .........................................120dB, 1% THD, 1KHz

Self Noise .....................................................................22dBA

Power Requirements .................................P12, P24, P48, 4mA

Connector ...................................................3 Pin - TA3M-type

Polarity ..............Positive pressure on diaphragm corresponds to positive voltage on pin 2 relative to pin 3 at XLR3M-type connector

Finish .......................................Durable matte-black urethane

Dimensions ............................4.3" [109mm] long, 3.0" [76mm] wide and 0.8" [20mm] high

Net Weight [Mass] ............................................ 6.7oz [0.19Kg]

Packaged Weight [Mass] .................................1lb 4oz [0.56Kg]

RF Immunity ....Meets or exceeds EN55103-2, E1, E2, E3 and E4

RoHS Compliant

Details

Description:

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/octav

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