DALE SKU # EMER-309530

Emerson 30-9530 Ultra Thin DB9 Female / Female Gender Changer Adapter

Sale price$2.46 Regular price$2.90
Save $0.44
  • Availability:

    In Stock
  • Available for shipment within one business day, or pickup from our Jamaica, NY warehouse during regular business hours.

  • Please Note: Limited Quantity Available


    LET OUR TEAM OF EXPERTS ASSIST YOU

    Description

    Ultra thin DB9 female to female gender changer.

    Headphone Specifications:

    Transducer type Dynamic
    Operating principle Closed
    Frequency response 30 - 20,000 Hz
    Nominal impedance 400
    Nominal SPL at 1 kHz 94 dB
    T.H.D. < 1%
    Power handling capacity 1000 mW = 124 dB SPL
    Ambient noise attenuation approx. 20 dBA
    Sound coupling to the ear Circumaural
    Headband pressure approx. 4.5 N
    Weight (without cable) 283 g

    Microphone Specifications:

    Transducer type Dynamic
    Operating principle Pressure gradient
    Frequency response 40 - 12,000 Hz
    Polar Pattern Hypercardioid
    Output voltage approx. 2.5 mV at a distance of 5 cm
    Nominal impedance 200
    Load impedance 1000

    Ultra thin DB9 female to female gender changer.

    Headphone Specifications:

    Transducer type Dynamic
    Operating principle Closed
    Frequency response 30 - 20,000 Hz
    Nominal impedance 400
    Nominal SPL at 1 kHz 94 dB
    T.H.D. < 1%
    Power handling capacity 1000 mW = 124 dB SPL
    Ambient noise attenuation approx. 20 dBA
    Sound coupling to the ear Circumaural
    Headband pressure approx. 4.5 N
    Weight (without cable) 283 g

    Microphone Specifications:

    Transducer type Dynamic
    Operating principle Pressure gradient
    Frequency response 40 - 12,000 Hz
    Polar Pattern Hypercardioid
    Output voltage approx. 2.5 mV at a distance of 5 cm
    Nominal impedance 200
    Load impedance 1000

    Your home for all things pro audio—backed by expertise and experience. Connect with us today.

    Your home for all things pro audio—backed by expertise and experience. Connect with us today.