NR3836-01W-06

Speakers Overview

The NR3836-01W-06 is a round receiver speaker manufactured by Huizhou N Acoustics Co., Ltd. It features a magnetic technology construction with a nominal impedance of 36 Ohms and a rated power handling capacity of 20 mW. The device operates within a frequency range of 100 Hz to 5 kHz. Physically, the component has a diameter of 38.00 mm (1.496 inches) and a maximum seated height of 21.20 mm (0.835 inches).

Speakers Feature Summary

• Round receiver speaker design suitable for compact acoustic applications.
• Magnetic technology construction for audio signal conversion.
• Optimized frequency response range for voice reproduction.

Speakers Applications

• Smartphones and mobile devices
• Headsets
• Smart products

Speakers Procurement Notes

Verify the specific datasheet version before procurement, as some sources list a 10 mW rating while others indicate 20 mW. Confirm the exact physical dimensions and impedance match your circuit requirements. Ensure the component status is active for current production needs. Check RoHS compliance documentation if required for your manufacturing standards.

Speakers Selection Notes

Select this component when a 36 Ohm impedance and 38 mm diameter are required for receiver applications. Consider the 20 mW power rating against your system's output capabilities. The 100 Hz to 5 kHz frequency range is suitable for voice-centric designs rather than full-range audio. Verify that the 21.20 mm height fits within the available chassis space.

Speakers Part Context

Huizhou N Acoustics Co., Ltd specializes in acoustic components for mobile and smart devices. This part belongs to their receiver speaker lineup, designed for integration into handheld electronics. The company provides sound solutions for various consumer electronic categories, focusing on quality and performance for voice communication modules.

Speakers Replacement Considerations

The NR20150-01W-01 and NR38150-01W-03 are listed as similar receiver speakers from the same manufacturer. However, these alternatives feature a 150 Ohm impedance and a different power rating, requiring significant circuit redesign. No direct pin-compatible or electrically identical substitutes are confirmed in public data.