
Agilent E6607B EXT
TYPE:Instrumentation
TIME:2020-11-20
VIEW:153
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Details
Utilize proven X series analyzer measurement science to ensure seamless transition from NPI to production process
Use Signal Studio software to simplify Signal generation for synchronization, control, and testing of your wireless devices
Use the graphical interface of the Sequence Studio software to simplify the creation of test plans and troubleshooting
Use chipset software to optimize device calibration and validation to reduce batch manufacturing time
Achieve fast and accurate measurement
Provides rapid sequential non-signaling test mode for modern chipsets to maximize throughput
The test plan in the sequence analyzer model is accelerated by using a single acquisition of multiple measurements
Improve yield with excellent measurement accuracy
The cost effective E6617A multi-port adapter has metering level accuracy and balance
Technical indicators
10 ~ 3800mhz frequency range applicable to all cellular band range (including LTE TDD band 43)
-110 ~ +10 dBm output level range with modulation
VSWR <1.2:1 10 ~ 2400 MHz
Typical measurement accuracy < +/ -0.3dB

Use Signal Studio software to simplify Signal generation for synchronization, control, and testing of your wireless devices
Use the graphical interface of the Sequence Studio software to simplify the creation of test plans and troubleshooting
Use chipset software to optimize device calibration and validation to reduce batch manufacturing time
Achieve fast and accurate measurement
Provides rapid sequential non-signaling test mode for modern chipsets to maximize throughput
The test plan in the sequence analyzer model is accelerated by using a single acquisition of multiple measurements
Improve yield with excellent measurement accuracy
The cost effective E6617A multi-port adapter has metering level accuracy and balance
Technical indicators
10 ~ 3800mhz frequency range applicable to all cellular band range (including LTE TDD band 43)
-110 ~ +10 dBm output level range with modulation
VSWR <1.2:1 10 ~ 2400 MHz
Typical measurement accuracy < +/ -0.3dB

