CDMG16008-03 CUI Inc, CDMG16008-03 Datasheet - Page 3

• Manufacturer Part Number: CDMG16008-03
• Description: SPEAKER 8 OHM .3W 16MM ROUND
• Manufacturer: CUI Inc
• Series: CDMGr
• Type: Magneticr

Specifications of CDMG16008-03

• Frequency Range: 600Hz ~ 20kHz
• Impedance: 8 Ohm
• Size / Dimension: 16mm Dia x 2.55mm H
• Sound Pressure Level: 82dB
• Power - Rated: 0.3W
• Power - Max: 0.5W
• Termination: Solder Pads
• Material - Cone: Mylar
• Material - Magnet: Nd-Fe-B
• Shape: Round
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant

PART NUMBER:
MEASUREMENT METHOD
MECHANICAL CHARACTERISTICS
item
PCB wire pull strength
vibration test
drop test
ENVIRONMENT TEST
item
high temperature test
low temperature test
humidity test
temperature cycle test
20050 SW 112
CDMG16008-03
th
Ave. Tualatin, Oregon 97062
test condition
The pull force will be applied to double lead wire:
horizontal 3.0 N (0.306 kg) for 30 seconds
The buzzer should be measured after a vibration amplitude of 1.5
mm with 10 ~ 55 Hz band of vibration frequency to each of the
3 perpendicular directions for 2 hours.
The buzzer without packaging is subjected to 10 drops on each
axis from the height of 75 cm onto a 40 mm thick wooden board.
test condition
After being placed in a chamber at +55°C for 96 hours.
After being placed in a chamber at -20°C for 96 hours.
After being placed in a chamber at +40°C and 90 ±5% RH for
240 hours.
The part will be subjected to 10 cycles. One cycle will consist of:
+55
2hrs
0.5
hr
+25
6hrs
phone [phone]
1hr hr
DESCRIPTION: LOW PROFILE SPEAKER
0.5
2hrs
-20
fax [phone] www.cui.com
evaluation standard
No damage or cutting off
No obstacle will be harmful to normal
operation; damages, cracks, rust, and
distortions. Should not be audible
at 1.55 V sine wave between
Fo ~ 20KHz.
evaluation standard
The speaker will be measured after
being placed at +25°C for 6 hours. No
obstacle will be harmful to normal
operation; damages, cracks, rust, and
distortions. Should not be audible
at 1.55 V sine wave between
Fo ~ 20KHz. The Fo should meet
initial measurements. SPL should be
within ±3dB compared to the initial
measurements.
date
page
02/2010
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