Products Details
| Model | LEB9650BS-05L-2.7-R |
| Rated Voltage | 5VDC |
| Operating Voltage | 4~6.5VDC |
| Rated Current | ≤30mA |
| Output at10cm | ≥83dB @10cm |
| Resonant Frequency | 2700±300Hz |
| Operating Temperature | -40～+85℃ |
| Storage Temperature | -40～+90℃ |
| Weight | 0.8g |
| Carton size | 42*35.5*36.5cm |
| Quantity | 7000pcs |
| Gross Weight | 13.5Kg |
FAQ
What is the DC Electro-magnetic SMD Buzzer LEB9650BS?
The DC Electro-magnetic SMD Buzzer LEB9650BS is a compact SMD buzzer designed for medical instruments, offering stable sound output with small size and lightweight structure.
What applications is the LEB9650BS SMD buzzer used for?
The DC Electro-magnetic SMD Buzzer LEB9650BS is mainly used in medical instruments, diagnostic equipment, and precision electronic devices requiring reliable sound alerts.
What makes the LEB9650BS suitable for medical instruments?
The DC Electro-magnetic SMD Buzzer LEB9650BS is designed with high stability, low power consumption, and compact size, making it ideal for medical instrument applications.
Is the LEB9650BS a surface mount (SMD) buzzer?
Yes, the DC Electro-magnetic SMD Buzzer LEB9650BS is an SMD type buzzer that supports automated PCB assembly and efficient production processes.
Why is the small size important for LEB9650BS?
The DC Electro-magnetic SMD Buzzer LEB9650BS features a small volume design, allowing easy integration into compact medical and portable electronic devices.
Does the LEB9650BS buzzer provide stable sound output?
Yes, the DC Electro-magnetic SMD Buzzer LEB9650BS delivers stable and consistent sound performance suitable for precision medical equipment.
What type of buzzer is the LEB9650BS?
The DC Electro-magnetic SMD Buzzer LEB9650BS is an electro-magnetic DC buzzer designed for high reliability and long-term use in electronic systems.
Why choose SMD buzzer technology like LEB9650BS?
The DC Electro-magnetic SMD Buzzer LEB9650BS uses SMD technology to improve production efficiency, reduce size, and enhance performance stability in electronic devices.
