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Electronic Buzzer

Alarm SMD Magnetic Electronic Door Buzzer 12V DC for Computer
Detailed Product Description
Processing:SMDResonant Frequency:Continuous
Size:L12.8mm*W12.8*H6.8mmVoltage(VDC):12VDC
Buzzer:Magnetic BuzzerColour:GRAY
Housing Material:GRAY PPSType:Passive

Alarm SMD Magnetic Electronic Door Buzzer 12V DC for Computer

Quick Detail:

  1. Size: L12.8mm*W12.8*H6.8mm
  2. Rated Voltage: 12VDC
  3. Operating Voltage: 8-15VDC
  4. Rated Current: Max. 30mA at 12VDC (Min. Operating Current: 15mA)
  5. SPL: Min.85dB at 10cm Input 12VDC
  6. Resonant Frequency: 2400+/-300Hz Continuous

Description:

  1. buzzer
  2. SMD Electro-Magnetic Buzzer
  3. SMD Electro-Magnetic Element
  4. 12V Buzzer


Application:

CHANGZHOU FHD ELECTRONICS CO., LTD is a professional manufacturer in the field of micro acoustic products , our products is widely used in household electrical appliances; mobile phones;computers; medical equipment; alarm system; pos machine ;access control system; toy;automobile; instrument and meter; electrical equipment; we can produce all kinds of piezoelectric buzzers and magnetic buzzers as long as you have the following details; welcome to consultation discussion.

Specification:

1. Technical Parameter

Measuring condition

Part shall be measured under a condition (Temperature: 5~35℃, Humidity: 45%~85%R.H., Atmospheric pressure: 860 ~1060hPa) unless the standard condition (Temperature: 25±3℃, Humidity: 60±10%R.H. Atmospheric pressure: 860 ~1060hPa) is regulated to measure.

1

Rated Voltage

12 VDC

2

Operating Voltage

8~15 VDC

3

Rated Current

Max.30mA ,at 12VDC

4

Sound Output at 10cm

Min. 85dB,at 12VDC

5

Coil Resistance

2400±300

6

Resonant Frequency

Continuous

7

Operating Temperature

-20℃~+70℃

8

Store Temperature

-30℃~+80℃

9

Net Weight

Approx 2g

10

RoHS

Yes

2. Dimensions Unit: mm



*Unit: mm; Tolerance: ±0.3mm Except Specified

*Housing Material: GRAY PPS

*Terminal plate: 2 soldering pads, tin Plating Brass

3.Electrical And Acoustical Measuring Condition

Recommended Setting



Recommended Test Circuit




4.Curve