Technics SH-EH50 - Page 4

SH-EH50
Middle register
Ltt WER
SS
SARE ee SL ee
FETE
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¥
Using the acoustic image EQ
This function allows easy creation of sounds closer to what you
imagine.
The figure shows an example where the sound quality has been
adjusted to HEAVY level 2 and SHARP level 3.
il Press ACOUSTIC IMAGE EQ.
2 Press the A VW < > buttons to move the cursor
to the desired music image.
HEAVY (A): When a heavier sound is desired
LIGHT (¥): Whena lighter sound is desired
SOFT (<4): | Whena softer sound is desired
SHARP (>): Whena sharper sound is desired
To cancel the ACOUSTIC IMAGE EQ effect
Press EQ SPACE ON/FLAT to select “FLAT”.
Sounds can be made to fit a total of 36 images.
©The resulting adjustment is automatically stored in memory. When
the ACOUSTIC IMAGE EQ is pressed again, the image last selected
is automatically selected.
Finer sound quality changes
Finer sounds can be created by selecting MANUAL.
il Press PRESET/MANUAL to select MANUAL.
Press < > to select the desired register.
<4: Upper register
>: Lower register
EF} Press A V to adjust the register level.
A: Increasing the register level
V: Decreasing the register level
For your reference:
Upper register: includes pipes, strings, cymbals and triangles
@ Increasing the upper register: mellows pipes and strings, adds pre-
cision and glitter
© Decreasing the upper register: quiets music, rids music of its
“stretch”
Middle register: vocals (voice)
@ Increasing the middle register: gives strength and punch to music
brings voices forward, brightens
sound
© Decreasing the middle register: quiets music, pulls voices back,
softens intense sounds
Lower register: includes bass and drums
© Increasing the lower register: stabilizes heavy and low sounds,
swells low sounds
© Decreasing the lower register: decreases noise in lower sounds, re-
duces muffled sounds
©The resulting adjustment is automatically stored in memory. When
the MANUAL mode is selected again, the sound quality last se-
lected is automatically played back.
©The register can be manually adjusted at 5 individual points along
the 100 Hz~10 kHz frequency range.