Transcript
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JAIvl]vlER FOR MOBILE SIGNAL
USERR'S MANUAL
iii
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slo'lAt
Version 1.1
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Preface liie sincerely thanKs cel
I
phone's signal
In order to
we
choosing
th'is
Being fam iliar im m ediately
ianner for
Elevation Top side elevation Right side elevation Bottom side elevation
.
ensure
the operation of
for
this
that
you can be
machine as
fam'il'iar with
Features
soon as possible,
Technology index Technology characteristic Connecting capacitY
prov'ide this end-user's manual in details, which
includes introduction of product, method of use, sys
Subassem b.lies Rem ote control Antenha AC/DC converting lnstallation steel f rame
-tem set, points for attention and variable notices' TCSPJI and CQST have
K'ind
of
janmer
for cell
strictlv
- -*
authent'icated this
phone signal.
Starting use Opening up the Packaging Connecting sYstem Turning on the machine Turning off the machine
lnterference caPacitY
This product can be used in allowed for usins cell Phone.
place that
@
is
Theory gist Typical testing record
not :ix
Principal diagram of int
,,k
Choosing installation
3
Points f or attention Question and answer
P
achine
() i BerN- fgryil1q1 inrnediatelY Now, let m e introduce this jammer and make You have better Understanding about the positions
of all
the buttons, f unction
&
of
Features
accessories and other hardware.
It is just one part of jammer's f eature that is represented.
w Tecinoiogy i1-ob! ,- - -,.
@ Elevation side elevation
O@@OO,
@@@@@'
l
DCS/GSll/PHS/3G/CDI'IA DCS/GS!1/PHS/3G/CDllA
RF outDutins port(connect antenna) pilot larllp of operatj0n @
@,3l
glt
DC
Dower
rpin,p6iiiivgetectrode)
P
i
lot
T9c!310,1-9_.gy
i.e.el!le9-
-. --, - _ . ,_-.i _ - ,
.* -, .
+ Taking use of technology of interferencing superhigh
el99 e-l9y"e!"l9.lI
Socket of
-. ,.. . . , -.
frequency.
l amp -of
Dower suDplv
Power
outputting facePlate
o lntelligence controlling technology takils charge of the power outputting within the scope of 3 meters.
High ef f ective channel power with rater big sem idiam eter of intercePtion.
@ Bottom s'ide e"lgyqtl_01,
d
+ Effectively making subsections, iust interferencing downlink And causing no interception of base station. + lmported elements: Slow start up design of circuit can avoid the appearance of sparking when turn on or turn off the machine. Furthermore, these elements can m aintain the stable operation condition with high intergration.
s
JAI4MER FOR MOEILE SIGNAT I4ANUAI
w
Connection capacity Four SMA interfaces, which are using to connect antenna (CDMA/GSM/DCS/PHS /3G).
CDMA/ GSM / 3G omnidirectional Gain: 1-2dBi lnterface: SMA
+ One power supply interf ace (DC5V lN)
@ ,subassemblies of system This jammer is f ormed by many subassemblies. They are include mainframe of interception, remote-control, AC/DC converting and steel frame for installation. ln this section, we will make a brief introduction about main subassemblies' f
a: xE
unction.
ffi
Remote
ffi , ,ACIDC convertjng
control Power close GSM DCS outputting port
CDMA 3G outputtins port (or PHS)
S[,4
DCS outputtino porl
:
3G outputting porl
(or PHS)
eI
ect rode
)
I
m
An
tenn
a
ffi . Steel frame of rnainframe installation
o DCS PHS omnidirectional Gain: 1-2dBi lnterface: SMA
Steel fram e of
installation
gs
-&
JAI4MER FOR /I,IOBILE SIGI"AL I"AIVUAI
$,$:IS:S:S$S$IN"W"W port
rt Starti ng use ully open up the packaging case and reserve or the purpose of loading or shipping in the future. Please check whether all the things are kept in good condition or not. lf you encounter the bad condition of the elem ents or being dam aged, please contact your Caref
CDIVA RF outputting
PHS(3G) RF outputting port
s Pushins 18ooM&900M (ry key, hish power outputting of framework in working condition as right drawing shown:
f
dealer immediately.
DCS RF outputting port
ww#,ffi port i.wffiffi#:, ffiS.w.Wffi.W$ffiW
w Oren up the pacKaging it
GSIV RF outputting
I ;i
ffiffil$'ffiS GSM RF outputting
ffi
lgrygqt-l1s-qv.;slen.
f&ffiSffi
.,
CDMA RF outputtins
port port
DCS RF outputting port
&S.SlffiffiffiffiS$ PHS(3G) RF outputting port
lffi,S.S$ffiffiS ,W'WWS,
After connecting all of the subassem blies, please connect one side (DC) of power
#S
o Pushins 1800M&900M & key again, medium power outputting of framework in working outputting of f ramework con -dition as right drawing shown:
supply wire onto the device 's power port,and connect the other side to the power supply jack. The right drawing is the final diagram of
$&#ffi,s*$w. GSM RF outputting
system connection.
port
DCS RF outputting port
ww,ffiw.,sffiffiffi#ffiw$ port PHS(3G) RF outputting port
CDI/A BF outpulting
W#,SW,ffi.Witrffi* ..
ffi Turning on
your
S Finding the socket (5V DC 5A) of system's main power supply on the: system's side f aceplate and insert it been as right drawing shown:
s Max outputting power of mainframe give tacit consent to working condition as right drawing shown:
-;;:ffiww!:,fl:P-1" ffi
t
o Thirdly Push 1800M&900M S O"r, low power outputting of framework in working outputting of f ramework con-
Jarnmer
Af ter connecting all of the surrounding elem ents and tie wires, please turn on your jammer as f ollow steps:
*N
l
dition as right drawing shown:
?
I
$
GSll
DCS RF outputting porl
RF outputting port
SWffiW.#.ffi{#. CDMA
RF
outputting
port
$Wtrffffiffiffi.#
ffiffiffii
PHS(3G) RF outputting port
$,KW'
&.WWffiffi.trffi
s Fourtly Push'1800M&900M I O"r, threshold power outputting of f ram ework in working outputting of framework condition as right drawing shown: (t ;]|$r
JAI{II|ER Fl.R MOBILE SIGNAL I'ANUAL
.{,$ $, *i,i
i },
hid$&$,b&&l.s $,S&,] $$,f g $,$
GSIV RF outputting
t,&,1$&
port
port ,,ii**;r!ig&&.e*nii ,i .r
FAF : channel losses append that is 6dB.
DCS RF outputting port
i :l i l'. .:$$.6&-rt'$S
CDI\4A RF outputtins
: channel attenuation
$,
4'*ii{
P,x : intention of base station signal
1
PHS(3G) RF outputting port
i.,i..i,*${,qi,$.&i.i$S.}t
O Pushing ,n" $B key and the RF output power of the jam
ffi
Comoarlson
table between distance and attenuation
L99g=32+20logd
+FAF d
-mer increases gradually.
+
Pushing the @ key and the super max output power of
the
#
jam m er.
.Turning off yer.r. jarnmer
+
signal level of base station and gain of covering antenna. as followed formula:
) Prx
m inim um of channel power outputted by interception machine. Gu, : gain of covering antenna
P.',
:!.$
;
The
l'ir
1,,
r,,1!-8
,,. ,r l ' 1;{{,
44
50
2
.','{-','l
The com parison between distance and via attenuation are given in the followed table. ln the next, covering semidiameter can be known by calculating out outputting channel power,
ln the f orm ula:
.,
,
distance taking meter as
its
unit
.;l
l1
.,'tg1,r
'l
,rr
'.
I, ,
N$
,
1,
30
, ,,
,rr -, . i6r '
35:
l
.546040
4
Maintain the wireless com m unication m ust have enough SNR, so that can ensure the effective receiVing of signal and f inish communication. Our jammer f or mobile communication signal can destroy signal receiving condition for cell phone and cut off the connection between cell phone and base station by producing intercepting signal that can make jammer receive the sam e f requency with cell phone. The power of jammer is limited in a certain range. The interception semidiameter of nonhurdle space is codecided by via attenuation and signal level of receiving base station.
Pch+Gat-L+FAF
,i:1,
I.'9.i'
& Intercept'ion capacity J Theory g'ist
966=L9gg+6
d"tiry9 ,:' diaa,u\1,, fiaOWz . distance ' dti:' ,: ' :,, attenudlian' , Atlerrtnlfuln . tn' dB dB :ii:-:-
Pushing tf'.r. @ key and the jammer stops working.
L1
is the
,1
:
,,56'
';,',.',' '' ' ::',62,'.'1 "; ', , , ,:45
64
58
6
..7:::
,.
'r ::60 ' ''60: rr rr '
s0
',
67 , .69.,, ' ..::,:62, '9,: 63 69 10 1 '',,70 ,:15, r: .64::, 74 68 20
,
r60
,,
g0
61
8
,.:
70
90 10O
200
ffi Typical test'ing res.u1! o Testing facilities + ADVANTEST
U4941
spectrum analyer ERICSSON TEST via testing apparatus
MOTOROLA V8088 te sting'mobile phone
Tffi
tffi :11l
JAM/I'ER FOR MOBILE SIGNAL MANUAL
s By m easuring the electrom agnetic environm ent The most active level f or cell phone receiv-
ing local services district signal is: RxLev-50dBm, RxLev-55dBm, RxLev-60dBm,
H'
Koep the antenn6 vertic6lly
;; F'-i^iT"[ :i r*t
Rxlev-65dBm , RxLev-70dBm e Testing facilitiesTesting result
covering semidiameter
.
jil ,/il!)11 r:i ln /i "r! The om nidirectional
antenna location
,ii,a'f jAiilfr$ t#,1?l
l\4eetins room
wall installation indication
2. Using directional antenna should be taken at the edge of shieldin0 zone as followed drawing shown: @1.
Theorv diqqram
r
of i nterceDti on machi ne
n
e
a
r
m [;{&-;tqw-F* L i 4ffid* ll)F
*#*
I
*k#
T....1-
+ i&I--'=I3 *;.
l-
&i Notices
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rect i'8'il'j'i'dffffiin
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