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Desktop Microphone for Transceiver

DX 1

with Ceramic  Microphone Element

Features:

Desktop Microphone for Base Station

High Sensitivity Ceramic Microphone Element equipped.
Microphone element is the ceramic type which has excellent durability and high sensitive and wide dynamic range. The peak level of frequency characteristies is kept at around 2 KHz for better understanding, especially for DX communications. It is usable widely from HF to V/UHF bands.
... but you got a „round" modulation sound.

Anti-Vibration Design
The mechanical noise coming from microphone body was reduced. (compared with other Adonis desktop microphones.

Effective RFI suppression to eliminate RF in the audio,

Available for use with Microphone Conversion Cable provided with power supply line. The power supply can be done by dry cells (AA x 2 pcs.) or transceiver (Mic. Connector - DC +5V-9V, minimum 10 mA).


Specifications:

Microphone unit :                Ceramic type     
Microphone Characteristics : Non-directional
Frequency Characteristics :  200 Hz - 4 KHz
Microphone Sensitivity :      -38 dB, +/- 3 dB (typ)
                                        0 dB=1 V/Pa RL= 1 kOhm 1KHz

Output Voltage :                         Variable with Semi-fixed volume           

Matching Output Impedance:       500 Ohm ~100 kOhm
Power source :                           dry cell (3V AA3 x2),
or transceiver
                                                 DC +5V - 9 V
Current Consumption:                 at RX : approx 1.5 mA.
                                                 TX: approx. 3 mA

Operating Temperature Range :    0 ~ 50° C
Flexible ( Gooseneck )                  Pipe : o  8 mm, ( Length : 150 mm )
Dimensions (without extrusions) : 100 x 155 x 310 mm (w d h)
Weight  :                                    about 600 g

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Crystals which demonstrate the piezoelectric effect produce voltages when they are deformed. The crystal microphone uses a thin strip of piezoelectric material attached to a diaphragm. The two sides of the crystal acquire opposite charges when the crystal is deflected by the diaphragm. The charges are proportional to the amount of deformation and disappear when the stress on the crystal disappears. Early crystal microphones used Rochelle salt because of its high output, but it was sensitive to moisture and somewhat fragile. Later microphones used ceramic materials such as barium titanate and lead zirconate. The electric output of crystal microphones is comparatively large.

1   conversion cable  -  approx. 1,1m long (inclusive)
with RJ45 (Western) or round - microphone plug. (Please state whether : Yaesu, Kenwood, Icom, 6 p Japan etc. is required).

more ...

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AM 708E

Headset

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... if you want to have more DX contacts

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