Power Splitter/Combiners 2 Way-0 50 5 to 1000 MHz - Mini-Circuits
Description
Surface Mount
Power Splitter/Combiners
2 Way-0° 50Ω
Maximum Ratings
Operating Temperature Storage Temperature Power Input (as a splitter) Internal Dissipation -40°C to 85°C -55°C to 100°C 0.
5W max.
0.
125W max.
NEW!
SBTC-2-10 SBTC-2-10L
5 to 1000 MHz
Features
• • • • • • • • low insertion loss, 0.
3 dB typ.
excellent amplitude unbalance, 0.
1 dB typ.
very good phase unbalance, 1.
0 deg.
typ.
temperature stable, BLUE CELL™ base solder plated leads for excellent solderability small size low cost patent pending
No Leads CASE STYLE:AT790 PRICE: $2.
49 ea.
QTY (25) $1.
69 ea.
QTY (1000) Leads CASE STYLE:AT1029 PRICE: $2.
64 ea.
QTY (25) $1.
84 ea.
QTY (1000)
Pin Connections
SUM PORT PORT 1 PORT 2 GROUND 6 3 4 1,2
Applications
• cellular • UHF/VHF receivers/transmitters
NOT USED
5
Outline Drawing
AT790
FREQ.
RANGE (MHz)
fL-fU 5-1000
Splitter Electrical Specifications
ISOLATION (dB) INSERTION LOSS (dB) ABOVE 3.
0 dB
M U Typ.
Max.
Typ.
Max.
0.
3 0.
8 0.
5 1.
4
PHASE UNBALANCE (Degrees)
L Max.
3 M Max.
3 U Max.
5
AMPLITUDE UNBALANCE (dB)
L Max.
0.
6 M Max.
0.
5 U Max.
0.
5
M L U L Typ.
Min.
Typ.
Min.
Typ.
Min.
Typ.
Max.
29 20 25 18 21 16 0.
3 0.
7
AT1029
L = low range [fL to 10 fL]
M = mid range [10 fL to fU/2]
U = upper range [fU/2 to fU]
Typical Performance Data
Frequency (MHz)
5.
00 7.
00 10.
00 50.
00 70.
00
Insertion Loss (dB) (dB) S-1 S-2
3.
25 3.
24 3.
26 3.
26 3.
28 3.
29 3.
34 3.
38 3.
39 3.
45 3.
48 3.
45 3.
47 3.
49 3.
52 3.
12 3.
11 3.
13 3.
15 3.
16 3.
18 3.
24 3.
30 3.
34 3.
44 3.
50 3.
52 3.
59 3.
67 3.
76
Amplitude Unbalance (dB)
0.
13 0.
13 0.
13 0.
12 0.
12 0.
11 0.
10 0.
08 0.
05 0.
02 0.
02 0.
07 0.
12 0.
18 0.
24
Isolation (dB)
30.
21 31.
41 32.
34 31.
93 31.
37 30.
43 28.
05 26.
00 24.
32 23.
24 21.
78 21.
08 20.
74 20.
62 20.
71
Phase Unbalance (deg.
)
0.
41 0.
32 0.
13 0.
06 0.
07 0.
12 0.
20 0.
24 0.
26 0.
28 0.
28 0.
21 0.
09 0.
06 0.
27
VSWR S
1.
03 1.
02 1.
02 1.
02 1.
03 1.
03 1.
05 1.
06 1.
07 1.
08 1.
10 1.
10 1.
09 1.
08 1.
06
VSWR 1
1.
17 1.
16 1.
15 1.
14 1.
14 1.
13 1.
12 1.
11 1.
09 1.
07 1.
05 1.
02 1.
03 1.
06 1.
10
VSWR 2
1.
14 1.
12 1.
12 1...
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