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JD780A Series Analyzers
Using Cable and Antenna Analyzer
501
Out
port of the instrument.
2.
Connect the
SHORT
standard of the Cal Kit to the other end of the cable under test as illustrated
Measurement result is displayed on the screen.
Figure 252
Connection for cable loss (1 port) measurement
Connecting a cable for 2-port vector measurements
Procedure
1.
Connect the one end of the Thru test cable to the Cable and Antenna Analyzer Reflection/RF Out
port of the instrument and the other end of the cable to DUT.
2.
Connect the DUT to the
Cable and Antenna Analyzer RF In
port of the instrument as illustrated
Measurement result is displayed on the screen.
Figure 253
Connection for 2-port vector measurement
CAUTION
The maximum input power for the
Cable and Antenna Analyzer RF In
port is +25 dBm.
However, a proper level of input to the
Cable and Antenna Analyzer
RF In
port is 0
dBm. When the input power is expected to be greater than 0 dBm, you must adjust the
output power for the RF Out.
Summary of Contents for CellAdvisor JD780A Series
Page 52: ...JD780A Series Analyzers 52 Getting Started Figure 6 Example of Web remote on Chrome...
Page 254: ...JD780A Series Analyzers 254 Using LTE FDD Signal Analyzer 3 RS SINR 4 S SS RSSI 5 P SS Power...
Page 323: ...JD780A Series Analyzers Using LTE TDD Signal Analyzer 323 3 RS SINR 4 S SS RSSI 5 P SS Power...
Page 390: ...JD780A Series Analyzers 390 Using EV DO Signal Analyzer 3 Pilot 4 MAC 64 5 MAC 128...
Page 525: ......
Page 590: ...JD780A Series Analyzers 590 Appendix Figure 306 Append keywords window...