Monday, September 26, 2022

BeStar - Buzzers, Speakers, Microphones and More

BeStar - Buzzers, Speakers, Microphones and More

Our partner, BeStar, is a world-leader in audio products. They offer a total solution from speakers & microphones to customisable design and system assembly.

Featured Buzzers

BeStar buzzers, whether a piezo buzzer, or an electro-magnetic buzzer, self drive (indicator) or non-self drive (transducer) are available with a variety of mounting methods, such as surface mount, through hole, flange, wire leads or panel mounting. Sealed, high temp, very loud, weather resistant; whatever your application requirement is, BeStar has a piezo buzzer that will meet your design criteria.

BeStar Through Hole Buzzer

Features:

  • Operating voltage: 4~7V
  • Rated voltage: 6V
  • Sound output at 10cm: min.83 dB
  • Rated current: max.30 mA
  • Resonance frequency: 230 0±400
  • Operating temperature: -20...+80°C
  • Weight: 1.6g
BeStar SMT Buzzer

Features:

  • Operating voltage: 1...25Vp-p
  • Rated voltage: 3Vp-p
  • Sound output at 4KHz, 10cm: min.75 dB
  • Rated current: max.1mA
  • Capacitance at 120 Hz: 16±30%nF
  • Resonance frequency: 4KHz
  • Operating temperature: -40...+85°C
  • Weight: 0.35g±25%

Other Featured Products

BeStar Dynamic Speaker

Features:

  • Dimensions: 10 x 10 x 4mm
  • AC impedance: 8Ω±15% (at 2KHz/1Vrms)
  • Rated Input Power: 1.0W (2.83Vrms)
  • Resonance Frequency: 1200Hz ±20%
  • Frequency response: F0~20KHz
  • Operating temperature: -30~+85°C
BeStar Piezo Element

Features:

  • Resonant frequency: 4.6± 0.5KHz
  • Resonant impedance: 200Ω max'
  • Static capacitance: C:24± 30%nF
  • Insulation resistance: min.200MΩ
  • Operating voltage: 3 - 30 Vp-p
  • Operating temperature: -30...+60°C
BeStar 3mm Noise Cancelling Microphone

Features:

  • Small 3mm size
  • Comes available with wires for ease  of application, or customisable
  • Omnidirectional
  • Rated voltage: 2V
  • First 3mm Electret Condenser Microphone to provide full bandwidth, high sensitivity, and high signal to noise ratio

Interested? Contact us to find out more.