CMI-9605IC-0580T

Overview

The CMI-9605IC-0580T is a magnetic buzzer indicator manufactured by Same Sky. It operates at a rated voltage of 5 VDC with a current consumption of 30 mA. The device produces a sound pressure level of 80 dB at 10 cm and functions at a frequency of 2.7 kHz. It features through-hole PC pin termination and measures 9.6 mm in diameter by 5 mm in height. The unit is designed for single-tone operation with an internal driving circuit.

Feature Summary

• Internally driven magnetic technology for simplified integration
• Through-hole mounting with PC pins for secure board attachment
• Water-washable construction suitable for cleaning processes

Applications

• Electronic equipment audio alerts
• Medical device signaling
• Industrial control panel indicators

Procurement Notes

Verify the specific suffix '05' confirms the 5V rating and 80dB output specification against the official datasheet. Ensure the through-hole package style matches the target PCB layout requirements. Confirm RoHS compliance status if required by project specifications before finalizing procurement orders.

Selection Notes

Select this component when a 5V logic interface is available and through-hole assembly is preferred over surface mount options. The integrated driver eliminates the need for external oscillators, reducing bill of materials complexity. Consider the 80dB acoustic output for environments requiring clear audible feedback without excessive power consumption.

Part Context

This part belongs to the CMI series of audio indicators from Same Sky. The series offers various voltage ratings and mounting styles to accommodate different design constraints. The CMI-9605 variant specifically utilizes a 9.6 mm diameter housing, providing a compact footprint for standard enclosure designs while maintaining reliable acoustic performance.

Replacement Considerations

Cross-reference with CMI-9605IC-0380T for 3V applications or CMI-9605IC-0580T variants with different acoustic outputs. Verify mechanical dimensions and pin configurations match existing footprints before substitution.