0.6" | 16TN
	Neodymium Tweeter
 					Key features:
					- small systems with limited baffle space
- working range up to 20kHz
- lightweight. ideal for portable products.
 		Design notes:
	The 16TN tweeter was designed with a small form factor in mind. It finds its best use in applications where the baffle space is limited. It is a high performance, high frequency device with extended HF frequency range well over 20kHz. .Diaphragm AssemblyThe driver features a 16mm Poly-silk diaphragm formed as single piece with suspension. The dome rests on plastic carrier that also consists two mounting holes. The dome is carefully attached to a 16mm aluminum former voice coil. Further, a common sized connector is used. Optionaly,  the connector can be replaced by another type that would suit the best your application, or completelly replaced by conventional fast-on terminals.Magnetic system uses high-temperature grade neodymium, ensuring the longevity of this tweeter.
		Specifications:
					- 		  	      		      | General specs |  		      | Nominal Diameter: | 0.6 in. |  		      | Rated Impedance: | 4 Ohm |  
 	      		      | Power handling |  		      | AES Power: | 5 Watts |  		      | Program Power: | 10 Watts |  
 	      		      | Voice Coil |  		      | Diameter: | 0.6 in. |  		      | Winding wire: | CCAW |  		      | Former: | Aluminum |  
 
- 		   	      		      | T/S Parameters |  		      | Resonant frequency: | 2,000 Hz |  		      | Nominal sensitivity: | 82 dB |  		      | Re: | 4 ohm |  
 
- 		  	      		      | Design details |  		      | Dome material: | Silk |  		      | Magnet material: | Neodymium |  		      | Surround Material: | Silk |  		      | Overall diameter: | 26 mm |  		      | Bolt circle diameter: | 31.8 mm |  		      | Throat diameter: | n/a mm |  		      | Number of mounting holes: | 2 |  		      | Depth (flange to rear): | 13.5 mm |  		      | Net weight: | 0.03 kg |  
 
- 	      - 		      | Ordering codes: |  - 		      | 4 ohm version: | 16TNX4-182 |  
 
 					Frequency response & lmpedance		
 
		2D drawing		
