Apologies for the lack of Rack Chassis stock due to high container prices and parts shortages - Our next container is on water and will arrive in February. Prices will unfortunately increase.

Total Price:

Exc. VAT : £ 9.13
Inc. VAT : £ 10.96

Sandberg (326-15) MiniJack Headset with Boom Microphone, 3.5mm Jack (PC Adapter included), Padded Headband & Soft Ear Pads, 5 Year Warranty

Exc. VAT : £ 9.13
Inc. VAT : £ 10.96
100 items left


With Sandberg MiniJack Headset Saver you get great sound in a stylish headset. 

A padded headband and soft ear pads make the headset comfortable to wear even for extended periods of time. Can be connected directly to a smartphone. Adapter for PC included. Adjustable microphone arm and headband so it can easily be adapted to your needs. Connect the headset and everything is ready for use.
 

  • For smartphone & PC
  • Comfortable to wear
  • Perfect for online meetings
  • Cable length_ 1.8 metres
  • Connector_ 1 x 3.5 mm MiniJack plug, 4 pole
  • Converter for PC_ 3.5 mm female 4 pole MiniJack to 2 x 3.5 mm male 3 pole MiniJack

 
Earphone:
  • Driver unit_ 40 mm
  • Frequency range_ 20 Hz – 20 kHz
  • Impedance_ 32 Ohm
  • Sensitivity_ 100 dB ± 3 dB

 
Microphone:
  • Direction_ Uni-directional
  • Frequency Response_ 30 Hz - 16 kHz
  • Impedance_ 2.2 k Ohm
  • Sensitivity_ -58 dB ± 3 dB

 


Warranty
Yes
Additional Features
See Overview
Accessories
1 x Sandberg MiniJack Headset Saver 1 x Headset converter smartphone->PC
Package Weight
0.1360 kg
Package Type
Retail
5 Years
No
#Hide#Interface(s)
3.5mm Jack







#Hide#Multi-platform
#Hide#LED Lighting
Type
40 mm
Connector(s)
1 x 3.5mm MiniJack plug, 4 pole Converter for PC_ 3.5 mm female 4 pole MiniJack to 2 x 3.5 mm male 3 pole MiniJack
Cable
1.8 metres
Wireless
No
LED Lighting
-
Driver
Sensitivity
Smartphone & PC
100 dB 3 dB
Frequency Response
20 Hz - 20 kHz
Impedance
32 Ohm
Microphone
Yes
Microphone Details
Uni-directional boom mic Sensitivity_ -58 dB 3 dB Frequency response_ 30 Hz - 16 kHz Impedance_ 2.2 k Ohm
Platform Compatability