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To use 16 to 64 ohms impedance headphones:
To use 100 ohms or higher impedance headphones:
To use balanced armature-based earbud headphones:
To use different impedance headphones and make volume levels uniform:
(Connect two headphones to outputs A and B.)
This product has two headphone outputs.
Connect one headphone to output A, one to output B.
Select and use the output terminal to your liking with reference to the following
examples.
Use the output terminal with
❹
0.1 ohms output impedance.
When you use the output terminal with low impedance, high-resolution, powerful sound will be produced.
When you use the output terminal with high impedance, rich sound in the low-mids will be produced.
Use the output terminal with the output impedance of your choice.
When you use the output terminal with low impedance, high-resolution, tight sound will be produced.
When you use the output terminal with high impedance, rich sound in the low-mids will be produced.
When balanced armature-based earbud headphones for a single unit are used, use any output terminal of
your choice.
When balanced armature-based earbud headphones for two or more units are used, use the output terminal
with
❹
0.1 ohms output impedance.
When an output terminal with high impedance is used, you may not get good frequency characteristics.
Connect the higher impedance headphones to the output terminal with
❹
0.1 ohms output impedance.
Select the output terminal with
❶
120 ohms,
❷
82 ohms, or
❸
33 ohms output impedance, so that the volume
level of the two headphones becomes the same. Since different headphones have different output sound
pressure levels, you may not get the same volume level.
How to use headphone output terminals
Examples of use
En
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Summary of Contents for AT-HA5050H
Page 1: ...AT HA5050H Headphone Ampli er Instruction booklet Headphone Ampli er English...
Page 3: ...3 30cm 30cm...
Page 6: ...6 XLR BALANCED XLR XLR LINE CD ATTN 12dB USB USB USB S PDIF AC IN...
Page 7: ...7 USB AC100V LED 60 60 3 5mm U 9...
Page 8: ...8 16 100 2 A B A B 1 0 1 2 0 1 0 1 2 120 82 33...
Page 10: ...10 Windows7 Windows8 Windows8 1 PCM DSD64 DSD128 DoP DSD 24bit 32bit WASAPI...
Page 11: ...11 mm...
Page 23: ...23 Block diagram Dimensions unit mm English...
Page 29: ...29 Audio Technica 30 AT HA5050H Windows 30 30 30 31 31 32 33 34 35 36 37 37 38 USB 39...
Page 32: ...32 XLR BALANCED XLR CD XLR LINE CD ATTN 12 dB USB USB USB USB S PDIF AC IN...
Page 33: ...33 USB 1 2 220V 3 4 LED 60 5 6 60 3 5 mm 30 7 8 35...
Page 34: ...34 16 64 ohms 100 ohms A B A B 0 1 ohms 0 1 ohms 0 1 ohms 120 ohms 82 ohms 33 ohms...
Page 36: ...36 Windows 7 Windows 8 Windows 8 1 PCM DSD64 DSD128 DoP DSD 24 32 WASAPI...
Page 37: ...37 mm...
Page 40: ...40 Audio Technica 41 AT HA5050H Windows 41 41 41 42 42 43 44 45 46 47 48 48 49 USB 50...
Page 43: ...43 XLR BALANCED XLR CD XLR LINE CD ATTN 12 dB USB USB USB USB S PDIF AC IN...
Page 44: ...44 USB 1 2 220 V 3 4 LED 60 5 6 60 3 5 mm 41 7 8 46...
Page 45: ...45 16 64 ohms 100 ohms A B A B 0 1 ohms 0 1 ohms 0 1 ohms 120 ohms 82 ohms 33 ohms...
Page 47: ...47 Windows 7 Windows 8 Windows 8 1 PCM DSD64 DSD128 DoP DSD 24 bit 32 bit WASAPI bit...
Page 48: ...48 mm...
Page 51: ...51 SJ T11364 Pb Hg Cd CrVl PBB PBDE GB T26572 GB T26572 RoHS RoHS...