JL Audio XD1000/5v2 사용자 매뉴얼
12 | JL Audio - XD1000/5v2 Owner’s Manual
13
ENGLISH
Crossover Setup for Tri-Amplified System
with one XD1000/5v2:
with one XD1000/5v2:
'JSTUHPUPUIFiSUB CH.” control section
BOETFMFDUi12dBwPS
“24dB” (low-pass) on the
iLP Filter ModewTXJUDIBOEBOBQQSPQSJBUF
iFilter Freq.w )[JTBHPPETUBSUJOHQPJOU
The “12dB” setting engages a shallow filter slope
that gradually attenuates frequencies above the
selected “Filter Freq.” setting. The “24dB” setting
engages a sharper filter slope that more aggressively
attenuates frequencies above the selected “Filter
Freq.” setting. Neither setting is inherently
iCFUUFSw CVUJOHFOFSBM UIFTIBMMPXFS “12dB”
setting is more desirable for a subwoofer having
to fire from a trunk into the cabin of a sedan or
coupe. The sharper “24dB” setting is typically
better in a hatchback, SUV or wagon application.
Experiment to find the slope setting that results in
the smoothest subwoofer to midbass transition.
iFilter Freq.w )[JTBHPPETUBSUJOHQPJOU
The “12dB” setting engages a shallow filter slope
that gradually attenuates frequencies above the
selected “Filter Freq.” setting. The “24dB” setting
engages a sharper filter slope that more aggressively
attenuates frequencies above the selected “Filter
Freq.” setting. Neither setting is inherently
iCFUUFSw CVUJOHFOFSBM UIFTIBMMPXFS “12dB”
setting is more desirable for a subwoofer having
to fire from a trunk into the cabin of a sedan or
coupe. The sharper “24dB” setting is typically
better in a hatchback, SUV or wagon application.
Experiment to find the slope setting that results in
the smoothest subwoofer to midbass transition.
Next, turn your attention to the
iCH 3 &
4
w Controls and select iBPw (bandpass) on the
“Filter Mode
w switch. A bandpass filter is actually
composed of two filters (one high-pass and one
low-pass), which in combination allow a defined
iCBOEwPGGSFRVFODJFTUPQBTTUISPVHIUIFBNQMJGJFS
channels and on to the speakers. These are ideal for
actively filtered mid-bass or mid-range speakers in
automotive sound systems.
low-pass), which in combination allow a defined
iCBOEwPGGSFRVFODJFTUPQBTTUISPVHIUIFBNQMJGJFS
channels and on to the speakers. These are ideal for
actively filtered mid-bass or mid-range speakers in
automotive sound systems.
Now that you have engaged Bandpass Mode
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TFMFDUBOBQQSPQSJBUFiFilter
Freq.
Freq.
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Filter Frequency you are adjusting with this control
is the high-pass portion of the bandpass filter. The
low-pass portion is automatically set by the tweeter
channel’s “Filter Freq.”
is the high-pass portion of the bandpass filter. The
low-pass portion is automatically set by the tweeter
channel’s “Filter Freq.”
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low-pass portion of the bandpass filter will always
USBDLXJUIUIF$)“Filter Freq.” setting.
USBDLXJUIUIF$)“Filter Freq.” setting.
Finally, turn your attention to the
iCH 1
& 2
w Controls and select ix10w (high-pass)
on the “HP Filter Mode
w switch. This switch
position multiplies the indicated “Filter
Freq.”
Freq.”
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slope for this section is fixed at 12dB/octave.
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slope for this section is fixed at 12dB/octave.
Now, select an appropriate
iFilter Freq.wGPS
your tweeters
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Before attempting any lower frequency settings,
consult the documentation for the tweeters you
are using and make sure you will not be driving
the tweeters with frequencies lower than they are
designed to handle. JL Audio mobile component
tweeters should not be operated with Filter
'SFRVFODJFTMPXFSUIBOL)[
consult the documentation for the tweeters you
are using and make sure you will not be driving
the tweeters with frequencies lower than they are
designed to handle. JL Audio mobile component
tweeters should not be operated with Filter
'SFRVFODJFTMPXFSUIBOL)[
"GUFSQSPQFSBEKVTUNFOUPGUIFiInput
Sens.
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pairs and the subwoofer channel using the
method shown in Appendix A (page 14),
you can fine tune filter frequencies and
attenuate either pair of channels to achieve
proper balance. For precise filter frequency
JOGPSNBUJPOSFGFSUP"QQFOEJY# QBHF
method shown in Appendix A (page 14),
you can fine tune filter frequencies and
attenuate either pair of channels to achieve
proper balance. For precise filter frequency
JOGPSNBUJPOSFGFSUP"QQFOEJY# QBHF
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mode (one for left channel and the other for right
channel), set the “Input Mode” switches of both
amplifiers in “2 Ch.” mode, and apply the left
channel signal to both the left and right inputs of
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an RCA y-adaptor with one female and two male
ends. Then apply the right channel signal to both
the left and right inputs of the second amplifier’s
$IBOOFMJOQVUT VTJOHBTFDPOE3$"
y-adaptor with one female and two male ends.
channel), set the “Input Mode” switches of both
amplifiers in “2 Ch.” mode, and apply the left
channel signal to both the left and right inputs of
UIFGJSTUBNQMJGJFST$IBOOFM*OQVUT VTJOH
an RCA y-adaptor with one female and two male
ends. Then apply the right channel signal to both
the left and right inputs of the second amplifier’s
$IBOOFMJOQVUT VTJOHBTFDPOE3$"
y-adaptor with one female and two male ends.
SERVICING YOUR JL AUDIO AMPLIFIER
If your amplifier fails or malfunctions, please
return it to your authorized JL Audio dealer so
that it may be sent in to JL Audio for service.
There are no user serviceable parts or fuses inside
the amplifier. The unique nature of the circuitry
in the JL Audio amplifiers requires specifically
USBJOFETFSWJDFQFSTPOOFM%POPUBUUFNQU
to service the amplifier yourself or through
unauthorized repair facilities. This will not only
void the warranty, but may result in the creation
of more problems within the amplifier.
that it may be sent in to JL Audio for service.
There are no user serviceable parts or fuses inside
the amplifier. The unique nature of the circuitry
in the JL Audio amplifiers requires specifically
USBJOFETFSWJDFQFSTPOOFM%POPUBUUFNQU
to service the amplifier yourself or through
unauthorized repair facilities. This will not only
void the warranty, but may result in the creation
of more problems within the amplifier.
If you have any questions about the installation or
setup of the amplifier not covered in this manual,
please contact your dealer or technical support.
JL Audio Technical Support:
(954) 443-1100
9:00 AM – 5:30 PM (Eastern Time Zone)
Monday - Friday
setup of the amplifier not covered in this manual,
please contact your dealer or technical support.
JL Audio Technical Support:
(954) 443-1100
9:00 AM – 5:30 PM (Eastern Time Zone)
Monday - Friday
SYSTEM CONFIGURATIONS
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well-suited for a multitude of system configurations.
In this section, the most likely configurations for a
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detail.
In this section, the most likely configurations for a
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detail.
Once you have selected your desired
configuration, you can use the amplifier panel
ESBXJOHPOQBHFTUPNBSLUIFSFRVJSFE
switch positions for easy reference.
ESBXJOHPOQBHFTUPNBSLUIFSFRVJSFE
switch positions for easy reference.
BI-AMPLIFIED SYSTEMS
Bi-amplified systems are defined as systems
in which separate amplifier channels drive low-
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and are separately filtered to send appropriate
frequency ranges to each speaker system.
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and are separately filtered to send appropriate
frequency ranges to each speaker system.
The most common application of
bi-amplification in mobile audio is to drive a
subwoofer system from one or more amplifiers or
channels and component speakers from separate
amplifiers or channels.
subwoofer system from one or more amplifiers or
channels and component speakers from separate
amplifiers or channels.
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bi-amplified system by itself.
Bi-Amplified System with one XD1000/5v2
In this configuration, the Subwoofer Channel
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XJUIMPXQBTTGJMUFSJOH5IF.BJO$IBOOFMT
XJMMESJWFDPNQPOFOUTQFBLFSTJOTUFSFP
with high-pass filtering.
XJUIMPXQBTTGJMUFSJOH5IF.BJO$IBOOFMT
XJMMESJWFDPNQPOFOUTQFBLFSTJOTUFSFP
with high-pass filtering.
Crossover Setup for Bi-Amplified System
with one XD1000/5v2:
with one XD1000/5v2:
Once the input sections have been configured
BQQSPQSJBUFMZ TFFQBHF
HPUPUIFiSUB CH.”
DPOUSPMTFDUJPOBOETFMFDUi12dBwPS
DPOUSPMTFDUJPOBOETFMFDUi12dBwPS
“24dB”
MPXQBTT
POUIFiLP Filter ModewTXJUDIBOE
BOBQQSPQSJBUFiFilter Freq.w )[JTBHPPE
starting point). The “12dB” setting engages a
shallow filter slope that gradually attenuates
frequencies above the selected “Filter Freq.”
setting. The “24dB” setting engages a sharper
filter slope that more aggressively attenuates
frequencies above the selected “Filter Freq.”
TFUUJOH/FJUIFSTFUUJOHJTiCFUUFSw CVUJOHFOFSBM
the shallower “12dB” setting is more desirable for
a subwoofer having to fire from a trunk into the
cabin of a sedan or coupe. The sharper “24dB”
setting is typically better in a hatchback, SUV or
wagon application. Experiment to find the slope
setting that results in the smoothest subwoofer to
midbass transition.
BOBQQSPQSJBUFiFilter Freq.w )[JTBHPPE
starting point). The “12dB” setting engages a
shallow filter slope that gradually attenuates
frequencies above the selected “Filter Freq.”
setting. The “24dB” setting engages a sharper
filter slope that more aggressively attenuates
frequencies above the selected “Filter Freq.”
TFUUJOH/FJUIFSTFUUJOHJTiCFUUFSw CVUJOHFOFSBM
the shallower “12dB” setting is more desirable for
a subwoofer having to fire from a trunk into the
cabin of a sedan or coupe. The sharper “24dB”
setting is typically better in a hatchback, SUV or
wagon application. Experiment to find the slope
setting that results in the smoothest subwoofer to
midbass transition.
Next, turn your attention to the
iCH 1 & 2w
Controls and select
ix1w (high-pass) on the “HP
Filter Mode
w switch and select an appropriate
iFilter Freq.w BHBJO
)[JTBHPPETUBSUJOH
point). The “x1” setting means that the Filter
Freq. indicated on the dial is exactly what you are
selecting. (In the “x10” mode, the actual Filter
Frequency is ten times higher than the indicated
value. This setting is generally not used in
bi-amplified systems.)
point). The “x1” setting means that the Filter
Freq. indicated on the dial is exactly what you are
selecting. (In the “x10” mode, the actual Filter
Frequency is ten times higher than the indicated
value. This setting is generally not used in
bi-amplified systems.)
Finally, turn your attention to the
iCH 3 & 4w
Controls and select
iHPw (high-pass) on the “Filter
Mode
w switch and select an appropriate iFilter
Freq.
w BHBJO
)[JTBHPPETUBSUJOHQPJOU
Tri-Amplified Systems with one XD1000/5v2
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allows you to create true, tri-amplified systems by
selecting the appropriate settings described below.
selecting the appropriate settings described below.
In a tri-amplified configuration, the
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drive a subwoofer system, in mono, with
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component woofers (or mid-range speakers) in
stereo with bandpass filtering (both a high-pass
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will drive high-frequency speakers (tweeters,
typically), in stereo, with high-pass filtering.
drive a subwoofer system, in mono, with
MPXQBTTGJMUFSJOH$IBOOFMTXJMMESJWF
component woofers (or mid-range speakers) in
stereo with bandpass filtering (both a high-pass
BOEBMPXQBTTGJMUFSBQQMJFE $IBOOFMT
will drive high-frequency speakers (tweeters,
typically), in stereo, with high-pass filtering.
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Amplified mode, set the “Input Mode” switch
in “2 Ch.” mode, and apply a single set of stereo
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in “2 Ch.” mode, and apply a single set of stereo
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