Kenosha Reuse Discussion Board > RACINE, WI
> Commercial
> Mechanical
> Refurbished
> Plus Warranty
> Agilent hp sunrise calan 2010B plus slm catv 2010
Agilent hp sunrise calan 2010B plus slm catv 2010
* Agilent HP CALAN 2010B SLM Plus
* Installed Option: ABA - Absolute Measurment
* Installed Option: H14 - 50 ohm Type N RF Input w/ Measurements in dBm
Agilent HP Sunrise CALAN Star 2010B SLM Plus CATV Analyzer
H14 - 50 ohm Type N RF Input w/ Measurements in dBm
Time proven product for maintaining the networks of today and tomorrow.
This SLM offers built-in comparison and analysis capability as well as the standard signal level measurements. It can also receive ingress data transmitted by the 3010H.
Cost-Effective Signal-Level Measurement
Digital signals cannot be measured with conventional methods used for video carriers because their power is spread over a band unique to each form of digital signal. CaLan products incorporate a digital signal measurement capability technicians need only enter the center frequency, span and format for each digital signals in the unit s channel table. The family also provides accurate average power measurement for return path TDMA (bursted) carriers.
The 2010 can store up to 90 history files in any one of six formats: level measurements, normalized channel scan traces, sweep traces, spectrum scan traces, and ingress measurement results. Each file includes time and date stamps with a 40-character, user-defined label.
Digital Signal Power Levels Formats: QAM, QPR (DMX), QPSK, and VSB, bursted
Amplitude Accuracy: 1.5 dB (typical)
Burst repetition rate: <1.5 sec
Tuning Configuration: Standard, off the air, HRC, IRC, PAL, SECAM, user-defined
Video bandwidth 300 kHz, automatic 10 Hz C/N
Amplitude Accuracy For Sweep and Carrier Measurements
Calibrator: 0.25 dB at 113.36 MHz, 0.2 MHz
Input Match: 0 dB attenuation, >14 dB; all other settings, >20 dB
Capture Ranges: < 100 Sec - < 1 Sec
Sec in decades, < 3 Sec and > 3 Sec
Maximum TDMA Pulse Width Not Captured: >500 mSec
Accuracy: 0.2%, 30% of reading