Earphones (300 ohm)
Telex Airman 7 Pro Pilot Headset - Dual Plugs - 600 Ohm Impedance - MyPilotStore.com
SENNHEISER HMD 300 PRO - Broadcast headset with ultra-linear headphone response (dual sided, 64 ohm) and microphone (hyper-cardioid, dynamic). Includes (1) HMD 300 PRO headset and (1) wind and pop screen. Cable sold separately
Beyerdynamic Dt 990 Premium 250 Ohm Headphone With Headphone Amp Bundle : Target
Beyerdynamic DT290 MKII Lightweight Double-Sided Headset, 200/80-Ohm - ProAudio.com
headphones TA-56M 3200 Ohm headset military NOS | eBay
Beyerdynamic DT 770 PRO 250 Ohm « Headphone
Beyerdynamic DT 290 MKII 250 ohm Headset with Dynamic Mic (cable not included) | Guitar Center
Telex Airman 8+ ANR Ultra-Lightweight Headset 600 Ohm | Aircraft Spruce
Beyerdynamic DT 770 Pro 250 Ohm Studio Headphones - Newegg.com
Beyerdynamic DT 770 Pro 32 Ohm Headphones with Splitter and 3-Year Warranty - Walmart.com
Beyerdynamic DT 990 250 Ohm PRO Studio Mixing Headphones - Newegg.com
Headphone buyers: Here's what you need to know about low- vs. high-impedance models - CNET
Kingston Hyperx Cloud Ii Headset - Mini-phone - Wired - 60 Ohm - 15 Hz - 25 Khz - Over-the-head - Binaural - Circumaural - 3.28 Ft Cable : Target
Beyerdynamic DT 109 400 ohm Headset (cable not included) Gray | Guitar Center
Beyerdynamic DT 990 Premium 250 Ohm Headphone - DT990P-250-OHM | Focus Camera
Beyerdynamic DT 109 Black 50 ohm Broadcast Headset+Studio Microphone+Headphones - Rockville Audio
beyerdynamic DT 990 Edition 600 Ohm Over-Ear-Stereo Headphones – HHgregg Electronics
Beyerdynamic DT 797 Closed-Back Headset with Cardioid Condenser Microphone (250 Ohm) | Performance Audio
Beyerdynamic DT280 MKII Lightweight Single-Sided Headset, 200/250-Ohm - ProAudio.com
Beyerdynamic DT 770 PRO 80 Ohm Studio Headphone - Wire Straps - USB Ca – HHgregg Electronics
Telex Airman 7 Headset Dual GA Plugs 600 Ohm | Aircraft Spruce
Beyerdynamic DT 770 Pro 80 ohm Closed-back Studio Mixing Headphones | Sweetwater
Beyerdynamic DT 770 PRO 250 Ohm « Headphone
Headphone buyers: Here's what you need to know about low- vs. high-impedance models - CNET
