PUI Audio Microphone 2.2 kΩ, 16 kHz Lead Wire

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TWD192.00

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TWD201.60

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每單位
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2 - 18TWD96.00TWD192.00
20 - 198TWD86.50TWD173.00
200 - 998TWD80.00TWD160.00
1000 - 1998TWD74.00TWD148.00
2000 +TWD60.00TWD120.00

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RS庫存編號:
287-726
製造零件編號:
AOM-5024L-HD-F-R
製造商:
PUI Audio
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品牌

PUI Audio

Product Type

Microphone

Maximum Operating Voltage

10V

Impedance

2.2kΩ

Maximum Frequency Response

16kHz

Standards/Approvals

RoHS

Width

5mm

Minimum Frequency Response

0.05kHz

Minimum Operating Voltage

3V

Connector Type

Lead Wire

PUI Audio Microphone, 5mm Height, 2.2kΩ Impedance - AOM-5024L-HD-F-R


This microphone is a miniature electret sensor designed for integration into electronic and automation systems where Compact sound detection is required. It operates at low voltages and accommodates common connector arrangements for straightforward wiring into control and measurement assemblies. The component is suitable for applications demanding small form‑factor acoustic sensing while complying with environmental material restrictions.

Features and Benefits:


• 0.05 to 16kHz frequency range provides wide‑band audio capture
• 3 to 10V operating window enables low‑voltage system compatibility
• 2.2kΩ impedance facilitates predictable Interface matching
• Lead‑wire connector simplifies installation into assemblies
• RoHS‑compliant materials reduce hazardous‑substance concerns

Applications


• Suitable for acoustic monitoring in industrial automation panels
• Ideal for audio input on Compact measurement instruments
• Used for sound detection in electrical safety systems
• Can be used for noise sensing in mechanical condition monitoring

What electrical supply is required for correct operation?


It requires a DC supply between 3V and 10V, typical biasing for electret elements is provided by the host circuitry to polarise the capsule.

How should the component be interfaced with signal‑processing electronics?


Use a bias resistor and coupling capacitor arrangement suited to a 2.2kΩ source impedance to ensure compatible input loading and DC blocking to downstream amplifiers.

What physical form‑factor considerations affect PCB or enclosure design?


The sensor has a very small footprint with a low profile height of 5mm which permits placement in shallow cavities or behind panels with limited clearance.

Are there any environmental or regulatory handling notes?


The materials meet RoHS requirements, so standard lead‑free assembly and handling procedures apply during manufacturing and installation.

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