2
May 06, 2003
SAW Components
B7823
1960,0 MHz
Low-Loss Filter for Mobile Communication
Preliminary Data
1
2
4
5
3
0,075
0,075
1,4
2,0
bottom view
side view
top view
0,68
0.735
0,38
0,44
Chip sized SAW package QCS5C
Features
q
Low-loss RF filter for mobile telephone
PCS systems, receive path
q
Low amplitude ripple
q
Usable passband 60 MHz
q
Unbalanced to unbalanced operation
q
Package for Surface Mount Technology (SMT)
Terminals
q
Ni, gold-plated
Dimensions in mm, approx. weight 0,007 g
Pin configuration
1
Input, unbalanced
4
Output, unbalanced
2,5
Case ground
3
to be grounded
Electrostatic Sensitive Device (ESD)
Type
Ordering code
Marking and Package
according to
Packing
according to
B7823
B39202-B7823-C710
C61157-A7-A111
F61074-V8151-Z000
Maximum ratings
Operable temperature range
T
30 / + 85
C
Storage temperature range
T
stg
40 / + 85
C
Input Power at
GSM850, GSM900
GSM1800, GSM1900
Tx bands
P
IN
P
IN
15
12
dBm
dBm
peak power of GSM signal,
duty cycle 4:8
3
May 06, 2003
SAW Components
B7823
1960,0 MHz
Low-Loss Filter for Mobile Communication
Preliminary Data
Characteristics
Operating Temperature Range:
T
= +25
2 C
Terminating source impedance:
Z
S
= 50
(unbalanced)
Terminating load impedance:
Z
L
= 50
(unbalanced)
min.
typ.
max.
Center frequency
f
C
--
1960,0
--
MHz
Maximum insertion attenuation
max
1930,0
... 1990,0
MHz
--
2,3
2,8
dB
Amplitude ripple (p-p)
1930,0
... 1990,0 MHz
--
0,8
1,3
dB
Input VSWR
1930,0
...1990,0
MHz
--
1,7
1,9
Output VSWR
1930,0
...1990,0
MHz
--
1,8
2,0
Attenuation
0,0
... 1500,0 MHz
35
42
--
dB
1500,0
... 1700,0 MHz
30
38
--
dB
1700,0
... 1850,0 MHz
25
30
--
dB
1850,0
... 1890,0
MHz
22
25
--
dB
1890,0
... 1910,0
MHz
13
16
--
dB
2010,0
... 2070,0
MHz
13
16
--
dB
2070,0
... 2090,0
MHz
20
24
--
dB
2090,0
... 2200,0
MHz
25
28
--
dB
2200,0
... 2400,0
MHz
25
32
--
dB
2400,0
... 2500,0
MHz
30
35
--
dB
2500,0
... 3600,0
MHz
30
35
--
dB
3600,0
... 4000,0
MHz
30
38
--
dB
4000,0
... 6000,0
MHz
25
35
--
dB
4
May 06, 2003
SAW Components
B7823
1960,0 MHz
Low-Loss Filter for Mobile Communication
Preliminary Data
Characteristics
Operating Temperature Range:
T
= -10 to +80C
Terminating source impedance:
Z
S
= 50
(unbalanced)
Terminating load impedance:
Z
L
= 50
(unbalanced)
min.
typ.
max.
Center frequency
f
C
--
1960,0
--
MHz
Maximum insertion attenuation
max
1930,0
... 1990,0
MHz
--
2,3
3,0
dB
Amplitude ripple (p-p)
1930,0
... 1990,0 MHz
--
0,8
1,5
dB
Input VSWR
1930,0
...1990,0
MHz
--
1,7
1,9
Output VSWR
1930,0
...1990,0
MHz
--
1,8
2,0
Attenuation
0,0
... 1500,0 MHz
35
42
--
dB
1500,0
... 1700,0 MHz
30
38
--
dB
1700,0
... 1850,0 MHz
25
30
--
dB
1850,0
... 1890,0
MHz
20
24
--
dB
1890,0
... 1910,0
MHz
9
13
--
dB
2010,0
... 2070,0
MHz
9
13
--
dB
2070,0
... 2090,0
MHz
18
23
--
dB
2090,0
... 2200,0
MHz
25
28
--
dB
2200,0
... 2400,0
MHz
25
32
--
dB
2400,0
... 2500,0
MHz
30
35
--
dB
2500,0
... 3600,0
MHz
30
35
--
dB
3600,0
... 4000,0
MHz
30
38
--
dB
4000,0
... 6000,0
MHz
25
35
--
dB
5
May 06, 2003
SAW Components
B7823
1960,0 MHz
Low-Loss Filter for Mobile Communication
Preliminary Data
Characteristics
Operating Temperature Range:
T
= -30 to +85C
Terminating source impedance:
Z
S
= 50
(unbalanced)
Terminating load impedance:
Z
L
= 50
(unbalanced)
min.
typ.
max.
Center frequency
f
C
--
1960,0
--
MHz
Maximum insertion attenuation
max
1930,0
... 1990,0
MHz
--
2,6
3,3
dB
Amplitude ripple (p-p)
1930,0
... 1990,0 MHz
--
1,1
1,8
dB
Input VSWR
1930,0
...1990,0
MHz
--
1,9
2,1
Output VSWR
1930,0
...1990,0
MHz
--
2,0
2,2
Attenuation
0,0
... 1500,0 MHz
35
42
--
dB
1500,0
... 1700,0 MHz
30
38
--
dB
1700,0
... 1850,0 MHz
25
30
--
dB
1850,0
... 1890,0
MHz
20
24
--
dB
1890,0
... 1910,0
MHz
8
12
--
dB
2010,0
... 2070,0
MHz
6*
10*
--
dB
2070,0
... 2090,0
MHz
18
23
--
dB
2090,0
... 2200,0
MHz
25
28
--
dB
2200,0
... 2400,0
MHz
25
32
--
dB
2400,0
... 2500,0
MHz
30
35
--
dB
2500,0
... 3600,0
MHz
30
35
--
dB
3600,0
... 4000,0
MHz
30
38
--
dB
4000,0
... 6000,0
MHz
25
35
--
dB
* 7dB (min.) (11dB typ.) for
T= -20 to +85C
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