Small 1.5V SMD Electro Magnetic Transducer , 5.5 OHM Magnetic Buzzer 119-903217-01 manufacturer from China CHANGZHOU FHD ELECTRONICS CO.,LTD

Small 1.5V SMD Electro Magnetic Transducer , 5.5 OHM Magnetic Buzzer

Place of Origin:

Zhejiang, China (Mainland)


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Product Detail

Model No.: 119-903217-01

Small 1.5V SMD Electro-Magnetic Transducer , 5.5 OHM Magnetic Buzzer
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Small 1.5V SMD Electro-Magnetic Transducer , 5.5 OHM Magnetic Buzzer

Quick Detail:

Size: D9.0mm*H3.2mm
SPL: Min.83dB at 10cm Input 2700Hz/1.5Vo-p 1/2 Duty Square Wave
Coil Resistance: 5.5+/-1 ohm
Operating Voltage: 1-3Vo-p
Rated Current: Max.100mA Input 2700Hz/1.5Vo-p 1/2 Duty Square Wave

Description:

buzzer
SMD Electro-Magnetic Buzzer
SMD Electro-Magnetic Element
1.5V Buzzer
thin and small Buzzer

Specification:

1. Technical Parameter

Measuring condition

Part shall be measured under a condition (Temperature: 535, 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	1.5 Vo-p
2	Operating Voltage	1.03.0 Vo-p
3	Rated Current	Max.100mA ,at 2700Hz 50% duty Square Wave 1.5Vo-p
4	Sound Output at 10cm	Min. 83dB,at 2700Hz 50% duty Square Wave 1.5Vo-p
5	Coil Resistance	5.5±1Ω
6	Resonant Frequency	2700Hz
7	Operating Temperature	-20+70
8	Store Temperature	-40+85
9	Net Weight	Approx 1g
10	RoHS	Yes

2. Dimensions Unit: mm

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

*Housing Material: Black LCP

*Terminal plate: 2 soldering pads, tin Plating Brass

3.Electrical And Acoustical Measuring Condition

Recommended Driving Circuit

Resonant frequency, 1/2 duty cycle. Square wave.

Signal amplitude should be large enough tosaturate

the transistor.

Recommended Setting

4.Frequency Response

1.5Vo-p 50% duty Square wave,10cm

Surface mounting condition

(1)Reflow soldering

Note:

In automated mounting of the SMD sound transducers on PCB, any bending, expanding and pulling forces or shocks against the SMD sound transducers shall be kept minimum to prevent them from electrical failures and mechanical damages of the devices.
In the reflow soldering, too high soldering temperatures and too large temperature Gradient such as rapid heating or cooling may cause electrical failures and mechanical damages of the devices.

(2) Soldering pattern