Product introduction

The coaxial attenuator is a kind of energy dissipation RF / microwave component, which can absorb the energy in the transmission line, thus reach the extended power range, control the effect of the power level, combined with the small power meter, the comprehensive tester or the spectrum analyzer, and can accurately measure the power or spectrum of various RF microwave transmitters.

Product feature

Accord to the enterprise standard:RoHS，HBTE-FCA-20151229-FS.

Application range

The coaxial attenuator can not only control the output power of the local oscillator in the microwave extra heterodyne receiver, obtain the best noise coefficient and frequency conversion loss, achieve the best receiving effect, but also can be used as the decoupling element between the oscillator and the load. It is widely used in the fields of mobile communication, aviation, radar, scientific research, radio and television and so on.

Product advantage

1,Wide working frequency;

2,Low VSWR;

3,High attenuation accuracy.

4,High power.

5,Great index stability.

6,Complete variety.

7,Customized service can be offered.

8,Anti-pulse,burn-out resistance.

Product model

serial number product model average power (W) frequency range (GHz) The largest in Bobbi ** XX- attenuation value (dB) X- connector form
1 HBTE-CA1500-3-XX -X 1500 DC~3 ≤1.5 40/50 N
2 HBTE-CA1500-3-XX -X 1500 DC~3 ≤1.5 40/50 N
3 HBTE-CA1000-3-XX -X 1000 DC~3 ≤1.5 40/50 N
4 HBTE-CA1000-3-XX -X 1000 DC~3 ≤1.5 40/50 N
5 HBTE-CA500-12.4-XX-X 500 DC~12.4 ≤1.35 20/30/40/50 N
6 HBTE-CA500-12.4-XX-X 500 DC~12.4 ≤1.35 20/30/40/50 N
7 HBTE-CA500-8-XX-X 500 DC~8 ≤1.25 20/30/40/50 N
8 HBTE-CA500-8-XX-X 500 DC~8 ≤1.25 20/30/40/50 N
9 HBTE-CA500-6-XX-X 500 DC~6 ≤1.25 20/30/40/50 N
10 HBTE-CA500-6-XX-X 500 DC~6 ≤1.25 20/30/40/50 N
11 HBTE-CA500-4-XX-X 500 DC~4 ≤1.2-1.4 20/30/40/50 N/DIN
12 HBTE-CA500-4-XX-X 500 DC~4 ≤1.2-1.4 20/30/40/50 N/DIN
13 HBTE-CA400-18-XX-X 400 DC~18 ≤1.45 20/30/40/50 N
14 HBTE-CA400-18-XX-X 400 DC~18 ≤1.45 20/30/40/50 N
15 HBTE-CA400-12.4-XX-X 400 DC~12.4 ≤1.35 20/30/40/50 N
16 HBTE-CA400-12.4-XX-X 400 DC~12.4 ≤1.35 20/30/40/50 N
17 HBTE-CA400-8-XX-X 400 DC~8 ≤1.25 20/30/40/50 N
18 HBTE-CA400-8-XX-X 400 DC~8 ≤1.25 20/30/40/50 N
19 HBTE-CA400-6-XX-X 400 DC~6 ≤1.25 20/30/40/50 N
20 HBTE-CA400-6-XX-X 400 DC~6 ≤1.25 20/30/40/50 N
21 HBTE-CA400-4-XX-X 400 DC~4 ≤1.2-1.4 20/30/40/50 N/DIN
22 HBTE-CA400-4-XX-X 400 DC~4 ≤1.2-1.4 20/30/40/50 N/DIN
23 HBTE-CA350-18-XX-X 350 DC~18 ≤1.45 20/30/40/50 N
24 HBTE-CA350-18-XX-X 350 DC~18 ≤1.45 20/30/40/50 N
25 HBTE-CA350-12.4-XX-X 350 DC~12.4 ≤1.35 20/30/40/50 N
26 HBTE-CA350-12.4-XX-X 350 DC~12.4 ≤1.35 20/30/40/50 N
27 HBTE-CA350-8-XX-X 350 DC~8 ≤1.25 20/30/40/50 N
28 HBTE-CA350-8-XX-X 350 DC~8 ≤1.25 20/30/40/50 N
29 HBTE-CA350-6-XX-X 350 DC~6 ≤1.25 20/30/40/50 N
30 HBTE-CA350-6-XX-X 350 DC~6 ≤1.25 20/30/40/50 N
31 HBTE-CA350-4-XX-X 350 DC~4 ≤1.2-1.4 20/30/40/50 N/DIN
32 HBTE-CA350-4-XX-X 350 DC~4 ≤1.2-1.4 20/30/40/50 N/DIN
33 HBTE-CA300-18-XX-X 300 DC~18 ≤1.45 20/30/40/50 N
34 HBTE-CA300-18-XX-X 300 DC~18 ≤1.45 20/30/40/50 N
35 HBTE-CA300-12.4-XX-X 300 DC~12.4 ≤1.35 10/20/30/40/50 N
36 HBTE-CA300-12.4-XX-X 300 DC~12.4 ≤1.35 10/20/30/40/50 N
37 HBTE-CA300-8-XX-X 300 DC~8 ≤1.25 10/20/30/40/50 N
38 HBTE-CA300-8-XX-X 300 DC~8 ≤1.25 10/20/30/40/50 N
39 HBTE-CA300-6-XX-X 300 DC~6 ≤1.25 10/20/30/40/50 N
40 HBTE-CA300-6-XX-X 300 DC~6 ≤1.25 10/20/30/40/50 N
41 HBTE-CA300-4-XX-X 300 DC~4 ≤1.2-1.4 10/20/30/40/50 N/DIN
42 HBTE-CA300-4-XX-X 300 DC~4 ≤1.2-1.4 10/20/30/40/50 N/DIN
43 HBTE-CA250-18-XX-X-B 250 DC~18 ≤1.45 20/30/40/50 N
44 HBTE-CA250-18-XX-X-B 250 DC~18 ≤1.45 20/30/40/50 N
45 HBTE-CA250-18-XX-X-A 250 DC~18 ≤1.45 20/30/40/50 N
46 HBTE-CA250-18-XX-X-A 250 DC~18 ≤1.45 20/30/40/50 N
47 HBTE-CA250-12.4-XX-X-B 250 DC~12.4 ≤1.35 10/20/30/40/50 N
48 HBTE-CA250-12.4-XX-X-B 250 DC~12.4 ≤1.35 10/20/30/40/50 N
49 HBTE-CA250-12.4-XX-X-A 250 DC~12.4 ≤1.35 10/20/30/40/50 N
50 HBTE-CA250-12.4-XX-X-A 250 DC~12.4 ≤1.35 10/20/30/40/50 N
51 HBTE-CA250-8-XX-X-B 250 DC~8 ≤1.25 10/20/30/40/50 N
52 HBTE-CA250-8-XX-X-B 250 DC~8 ≤1.25 10/20/30/40/50 N
53 HBTE-CA250-8-XX-X-A 250 DC~8 ≤1.25 10/20/30/40/50 N
54 HBTE-CA250-8-XX-X-A 250 DC~8 ≤1.25 10/20/30/40/50 N
55 HBTE-CA250-6-XX-X-B 250 DC~6 ≤1.25 10/20/30/40/50 N
56 HBTE-CA250-6-XX-X-B 250 DC~6 ≤1.25 10/20/30/40/50 N
57 HBTE-CA250-6-XX-X-A 250 DC~6 ≤1.25 10/20/30/40/50 N
58 HBTE-CA250-6-XX-X-A 250 DC~6 ≤1.25 10/20/30/40/50 N
59 HBTE-CA250-4-XX-X-B 250 DC~4 ≤1.2-1.4 10/20/30/40/50 N/DIN
60 HBTE-CA250-4-XX-X-B 250 DC~4 ≤1.2-1.4 10/20/30/40/50 N/DIN
61 HBTE-CA250-4-XX-X-A 250 DC~4 ≤1.2-1.4 10/20/30/40/50 N/DIN
62 HBTE-CA250-4-XX-X-A 250 DC~4 ≤1.2-1.4 10/20/30/40/50 N/DIN
63 HBTE-CA200-18-XX-X-B 200 DC~18 ≤1.45 20/30/40/50 N
64 HBTE-CA200-18-XX-X-B 200 DC~18 ≤1.45 20/30/40/50 N
65 HBTE-CA200-18-XX-X-A 200 DC~18 ≤1.45 20/30/40/50 N
66 HBTE-CA200-18-XX-X-A 200 DC~18 ≤1.45 20/30/40/50 N
67 HBTE-CA200-12.4-XX-X-B 200 DC~12.4 ≤1.35 10/20/30/40/50 N
68 HBTE-CA200-12.4-XX-X-B 200 DC~12.4 ≤1.35 10/20/30/40/50 N
69 HBTE-CA200-12.4-XX-X-A 200 DC~12.4 ≤1.35 10/20/30/40/50 N
70 HBTE-CA200-12.4-XX-X-A 200 DC~12.4 ≤1.35 10/20/30/40/50 N
71 HBTE-CA200-8-XX-X-B 200 DC~8 ≤1.25 10/20/30/40/50 N
72 HBTE-CA200-8-XX-X-B 200 DC~8 ≤1.25 10/20/30/40/50 N
73 HBTE-CA200-8-XX-X-A 200 DC~8 ≤1.25 10/20/30/40/50 N
74 HBTE-CA200-8-XX-X-A 200 DC~8 ≤1.25 10/20/30/40/50 N
75 HBTE-CA200-6-XX-X-B 200 DC~6 ≤1.25 10/20/30/40/50 N
76 HBTE-CA200-6-XX-X-B 200 DC~6 ≤1.25 10/20/30/40/50 N
77 HBTE-CA200-6-XX-X-A 200 DC~6 ≤1.25 10/20/30/40/50 N
78 HBTE-CA200-6-XX-X-A 200 DC~6 ≤1.25 10/20/30/40/50 N
79 HBTE-CA200-4-XX-X-B 200 DC~4 ≤1.2-1.4 10/20/30/40/50 N/DIN
80 HBTE-CA200-4-XX-X-B 200 DC~4 ≤1.2-1.4 10/20/30/40/50 N/DIN
81 HBTE-CA200-4-XX-X-A 200 DC~4 ≤1.2-1.4 10/20/30/40/50 N
82 HBTE-CA200-4-XX-X-A 200 DC~4 ≤1.2-1.4 10/20/30/40/50 N
83 HBTE-CA150-18-XX-X-B 150 DC~18 ≤1.45 20/30/40/50 N
84 HBTE-CA150-18-XX-X-B 150 DC~18 ≤1.45 20/30/40/50 N
85 HBTE-CA150-18-XX-X-A 150 DC~18 ≤1.45 20/30/40/50 N
86 HBTE-CA150-18-XX-X-A 150 DC~18 ≤1.45 20/30/40/50 N
87 HBTE-CA150-12.4-XX-X-B 150 DC~12.4 ≤1.35 10/20/30/40/50 N
88 HBTE-CA150-12.4-XX-X-B 150 DC~12.4 ≤1.35 10/20/30/40/50 N
89 HBTE-CA150-12.4-XX-X-A 150 DC~12.4 ≤1.35 10/20/30/40/50 N
90 HBTE-CA150-12.4-XX-X-A 150 DC~12.4 ≤1.35 10/20/30/40/50 N
91 HBTE-CA150-8-XX-X-B 150 DC~8 ≤1.25 10/20/30/40/50 N
92 HBTE-CA150-8-XX-X-B 150 DC~8 ≤1.25 10/20/30/40/50 N
93 HBTE-CA150-8-XX-X-A 150 DC~8 ≤1.25 10/20/30/40/50 N
94 HBTE-CA150-8-XX-X-A 150 DC~8 ≤1.25 10/20/30/40/50 N
95 HBTE-CA150-6-XX-X-B 150 DC~6 ≤1.25 10/20/30/40/50 N
96 HBTE-CA150-6-XX-X-B 150 DC~6 ≤1.25 10/20/30/40/50 N
97 HBTE-CA150-6-XX-X-A 150 DC~6 ≤1.25 10/20/30/40/50 N
98 HBTE-CA150-6-XX-X-A 150 DC~6 ≤1.25 10/20/30/40/50 N
99 HBTE-CA150-4-XX-X-B 150 DC~4 ≤1.2-1.3 10/20/30/40/50 N/DIN
100 HBTE-CA150-4-XX-X-B 150 DC~4 ≤1.2-1.3 10/20/30/40/50 N/DIN
101 HBTE-CA150-4-XX-X-A 150 DC~4 ≤1.2-1.3 10/20/30/40/50 N
102 HBTE-CA150-4-XX-X-A 150 DC~4 ≤1.2-1.3 10/20/30/40/50 N
103 HBTE-CA100-18-XX-X-B 100 DC~18 ≤1.45 10/20/30/40/50 SMA/N
104 HBTE-CA100-18-XX-X-B 100 DC~18 ≤1.45 10/20/30/40/50 SMA/N
105 HBTE-CA100-18-XX-X-A 100 DC~18 ≤1.45 10/20/30/40/50 SMA/N
106 HBTE-CA100-18-XX-X-A 100 DC~18 ≤1.45 10/20/30/40/50 SMA/N
107 HBTE-CA100-12.4-XX-X-B 100 DC~12.4 ≤1.35 1-9/10/20/30/40/50 SMA/N
108 HBTE-CA100-12.4-XX-X-B 100 DC~12.4 ≤1.35 1-9/10/20/30/40/50 SMA/N
109 HBTE-CA100-12.4-XX-X-A 100 DC~12.4 ≤1.35 1-9/10/20/30/40/50 SMA/N
110 HBTE-CA100-12.4-XX-X-A 100 DC~12.4 ≤1.35 1-9/10/20/30/40/50 SMA/N
111 HBTE-CA100-8-XX-X-B 100 DC~8 ≤1.25 1-9/10/20/30/40/50 SMA/N
112 HBTE-CA100-8-XX-X-B 100 DC~8 ≤1.25 1-9/10/20/30/40/50 SMA/N
113 HBTE-CA100-8-XX-X-A 100 DC~8 ≤1.25 1-9/10/20/30/40/50 SMA/N
114 HBTE-CA100-8-XX-X-A 100 DC~8 ≤1.25 1-9/10/20/30/40/50 SMA/N
115 HBTE-CA100-6-XX-X-B 100 DC~6 ≤1.25 1-9/10/20/30/40/50 SMA/N
116 HBTE-CA100-6-XX-X-B 100 DC~6 ≤1.25 1-9/10/20/30/40/50 SMA/N
117 HBTE-CA100-6-XX-X-A 100 DC~6 ≤1.25 1-9/10/20/30/40/50 SMA/N
118 HBTE-CA100-6-XX-X-A 100 DC~6 ≤1.25 1-9/10/20/30/40/50 SMA/N
119 HBTE-CA100-4-XX-X-B 100 DC~4 ≤1.2-1.3 1-9/10/20/30/40/50 SMA/N/DIN
120 HBTE-CA100-4-XX-X-B 100 DC~4 ≤1.2-1.3 1-9/10/20/30/40/50 SMA/N/DIN
121 HBTE-CA100-4-XX-X-A* 100 DC~4 ≤1.2-1.3 1-9/10/20/30/40/50 N
122 HBTE-CA100-4-XX-X-A* 100 DC~4 ≤1.2-1.3 1-9/10/20/30/40/50 N
123 HBTE-CA050-18-XX-X 50 DC~18 ≤1.45 10/20/30/40 SMA/N
124 HBTE-CA050-18-XX-X 50 DC~18 ≤1.45 10/20/30/40 SMA/N
125 HBTE-CA050-12.4-XX-X 50 DC~12.4 ≤1.35 1-9/10/20/30/40 SMA/N
126 HBTE-CA050-12.4-XX-X 50 DC~12.4 ≤1.35 1-9/10/20/30/40 SMA/N
127 HBTE-CA050-8-XX-X 50 DC~8 ≤1.25 1-9/10/20/30/40 SMA/N
128 HBTE-CA050-8-XX-X 50 DC~8 ≤1.25 1-9/10/20/30/40 SMA/N
129 HBTE-CA050-6-XX-X 50 DC~6 ≤1.2 1-9/10/20/30/40 SMA/N
130 HBTE-CA050-6-XX-X 50 DC~6 ≤1.2 1-9/10/20/30/40 SMA/N
131 HBTE-CA050-4-XX-N-D 50 DC~4 ≤1.2 1-9/10/20/30/40 N(male)-N(female)
132 HBTE-CA050-4-XX-N-D 50 DC~4 ≤1.2 1-9/10/20/30/40 N(male)-N(female)
133 HBTE-CA030-18-XX-X 30 DC~18 ≤1.45 1-9/10/20/30/40 SMA/N
134 HBTE-CA030-18-XX-X 30 DC~18 ≤1.45 1-9/10/20/30/40 SMA/N
135 HBTE-CA030-12.4-XX-X 30 DC~12.4 ≤1.35 1-9/10/20/30/40 SMA/N
136 HBTE-CA030-12.4-XX-X 30 DC~12.4 ≤1.35 1-9/10/20/30/40 SMA/N
137 HBTE-CA030-8-XX-X-X 30 DC~8 ≤1.25 1-9/10/20/30/40 SMA/N
138 HBTE-CA030-8-XX-X-X 30 DC~8 ≤1.25 1-9/10/20/30/40 SMA/N
139 HBTE-CA030-6-XX-X-X 30 DC~6 ≤1.2 1-9/10/20/30/40 SMA/N
140 HBTE-CA030-6-XX-X-X 30 DC~6 ≤1.2 1-9/10/20/30/40 SMA/N
141 HBTE-CA030-4-XX-X-X* 30 DC~4 ≤1.15-1.25 1-9/10/20/30/40 SMA/N/DIN
142 HBTE-CA030-4-XX-X-X* 30 DC~4 ≤1.15-1.25 1-9/10/20/30/40 SMA/N/DIN
143 HBTE-CA010-18-XX-X 10 DC~18 ≤1.45 1-9/10/20/30/40 SMA/N
144 HBTE-CA010-18-XX-X 10 DC~18 ≤1.45 1-9/10/20/30/40 SMA/N
145 HBTE-CA010-12.4-XX-X 10 DC~12.4 ≤1.35 1-9/10/20/30/40 SMA/N
146 HBTE-CA010-12.4-XX-X 10 DC~12.4 ≤1.35 1-9/10/20/30/40 SMA/N
147 HBTE-CA010-8-XX-X 10 DC~8 ≤1.25 1-9/10/20/30/40 SMA/N
148 HBTE-CA010-8-XX-X 10 DC~8 ≤1.25 1-9/10/20/30/40 SMA/N
149 HBTE-CA010-6-XX-X 10 DC~6 ≤1.2 1-9/10/20/30/40 SMA/N
150 HBTE-CA010-6-XX-X 10 DC~6 ≤1.2 1-9/10/20/30/40 SMA/N
151 HBTE-CA010-4-XX-X 10 DC~4 ≤1.15 1-9/10/20/30/40 SMA/N/DIN
152 HBTE-CA010-4-XX-X 10 DC~4 ≤1.15 1-9/10/20/30/40 SMA/N/DIN
153 HBTE-CA005-18-XX-X 5 DC~18 ≤1.45 1-9/10/20/30/40 SMA/N
154 HBTE-CA005-18-XX-X 5 DC~18 ≤1.45 1-9/10/20/30/40 SMA/N
155 HBTE-CA005-12.4-XX-X 5 DC~12.4 ≤1.35 1-9/10/20/30/40 SMA/N
156 HBTE-CA005-12.4-XX-X 5 DC~12.4 ≤1.35 1-9/10/20/30/40 SMA/N
157 HBTE-CA005-8-XX-X 5 DC~8 ≤1.25 1-9/10/20/30/40 SMA/N
158 HBTE-CA005-8-XX-X 5 DC~8 ≤1.25 1-9/10/20/30/40 SMA/N
159 HBTE-CA005-6-XX-X 5 DC~6 ≤1.2 1-9/10/20/30/40 SMA/N
160 HBTE-CA005-6-XX-X 5 DC~6 ≤1.2 1-9/10/20/30/40 SMA/N
161 HBTE-CA005-4-XX-X 5 DC~4 ≤1.15 1-9/10/20/30/40 SMA/N/DIN
162 HBTE-CA005-4-XX-X 5 DC~4 ≤1.15 1-9/10/20/30/40 SMA/N/DIN
163 HBTE-CA002-18-XX-X 2 DC~18 ≤1.35 1-9/10/20/30/40 SMA/N
164 HBTE-CA002-18-XX-X 2 DC~18 ≤1.35 1-9/10/20/30/40 SMA/N
165 HBTE-CA002-12.4-XX-X 2 DC~12.4 ≤1.3 1-9/10/20/30/40 SMA/N
166 HBTE-CA002-12.4-XX-X 2 DC~12.4 ≤1.3 1-9/10/20/30/40 SMA/N
167 HBTE-CA002-8-XX-X 2 DC~8 ≤1.25 1-9/10/20/30/40 SMA/N
168 HBTE-CA002-8-XX-X 2 DC~8 ≤1.25 1-9/10/20/30/40 SMA/N
169 HBTE-CA002-6-XX-X 2 DC~6 ≤1.2 1-9/10/20/30/40 SMA/N
170 HBTE-CA002-6-XX-X 2 DC~6 ≤1.2 1-9/10/20/30/40 SMA/N
171 HBTE-CA002-4-XX-X 2 DC~4 ≤1.15 1-9/10/20/30/40 SMA/N
172 HBTE-CA002-4-XX-X 2 DC~4 ≤1.15 1-9/10/20/30/40 SMA/N

FAQ

Q:How to choose fixed coaxial attenuator?

A:1, you can determine the average power, working frequency, attenuation and attenuation accuracy, attenuator connector specifications and shape dimensions, to find the appropriate product in the product quick check list, according to the use of the attenuator.

2, you can also contact our customer service to help you choose the product type and configuration.

Q:Parameter’s meaning:

A: the technical specifications of the coaxial attenuator include the working frequency, decrement, withstand power and return loss of the attenuator.

1, working frequency: the attenuator's working frequency band is to use attenuator in the given frequency range and attenuator to achieve the target value.

2, attenuation: attenuation describes the power of the power passing through the attenuator, assuming that the input power of the signal is P1, and the output power is P2, and the attenuation of the attenuator is A (dB). If P1 and P2 are expressed in decibels milliwatts (dBm), the relation between the two ends of power is P2 (dBm) = P1 (dBm) a (dB), and the decrement is used as a unit of decibels, which is convenient for the calculation of the whole machine.

3. Withstanding power: attenuator is a kind of energy consumption component, and it becomes heat after power consumption. If the power of the attenuator exceeds the limit, the attenuator will be burned.

4, return loss: return loss is the attenuator stationed in Bobbi. We hope that the attenuator is a power consumption element which can not affect the two ends of the circuit, so the standing wave at both ends of the attenuator is required to be as small as possible.

Q: where should we pay attention to the use of the attenuator?

A: when the attenuator is installed, keep the connector in good contact, try to use the torque wrench to install the connector. Attenuator is a power device, in use, please keep good heat dissipation, the attenuator temperature at 25 degrees, as the temperature rises, the attenuator can withstand the power will decline, in extreme cases also cause the decay of the attenuator.

 

Q: is the power input of the attenuator in the direction?

A: in general, the attenuator is a symmetrical structure that can input power from any end. The high-power attenuator and some special attenuators are one-way input power. When installing, we must pay attention to the input of the power.

 

Q: if I need to mix the interface attenuator, is there such a product?

A: at present, our company can provide N, SMA and DIN hybrid interface attenuators. Please contact our business for your specific needs.

 

Q: how much pulse signals can the attenuator withstand?

A: at present, the attenuators in our quick check list are continuous wave attenuators, which can only bear short pulse signals. The target is the attenuator specification. If you need the attenuator that can sustain the pulse signal continuously, please choose the pulse attenuator, and the specific data can consult our business.

 

Q:How to choose fixed coaxial attenuator?

A:1, you can determine the average power, working frequency, attenuation and attenuation accuracy, attenuator connector specifications and shape dimensions, to find the appropriate product in the product quick check list, according to the use of the attenuator.

2, you can also contact our customer service to help you choose the product type and configuration.

Q:Parameter’s meaning:

A: the technical specifications of the coaxial attenuator include the working frequency, decrement, withstand power and return loss of the attenuator.

1, working frequency: the attenuator's working frequency band is to use attenuator in the given frequency range and attenuator to achieve the target value.

2, attenuation: attenuation describes the power of the power passing through the attenuator, assuming that the input power of the signal is P1, and the output power is P2, and the attenuation of the attenuator is A (dB). If P1 and P2 are expressed in decibels milliwatts (dBm), the relation between the two ends of power is P2 (dBm) = P1 (dBm) a (dB), and the decrement is used as a unit of decibels, which is convenient for the calculation of the whole machine.

3. Withstanding power: attenuator is a kind of energy consumption component, and it becomes heat after power consumption. If the power of the attenuator exceeds the limit, the attenuator will be burned.

4, return loss: return loss is the attenuator stationed in Bobbi. We hope that the attenuator is a power consumption element which can not affect the two ends of the circuit, so the standing wave at both ends of the attenuator is required to be as small as possible.

Q: where should we pay attention to the use of the attenuator?

A: when the attenuator is installed, keep the connector in good contact, try to use the torque wrench to install the connector. Attenuator is a power device, in use, please keep good heat dissipation, the attenuator temperature at 25 degrees, as the temperature rises, the attenuator can withstand the power will decline, in extreme cases also cause the decay of the attenuator.

 

Q: is the power input of the attenuator in the direction?

A: in general, the attenuator is a symmetrical structure that can input power from any end. The high-power attenuator and some special attenuators are one-way input power. When installing, we must pay attention to the input of the power.

 

Q: if I need to mix the interface attenuator, is there such a product?

A: at present, our company can provide N, SMA and DIN hybrid interface attenuators. Please contact our business for your specific needs.

 

Q: how much pulse signals can the attenuator withstand?

A: at present, the attenuators in our quick check list are continuous wave attenuators, which can only bear short pulse signals. The target is the attenuator specification. If you need the attenuator that can sustain the pulse signal continuously, please choose the pulse attenuator, and the specific data can consult our business.