Categories

News

T3SA3100 Teledyne Lecroy

Manufacturer:

TELEDYNE LeCroy
Price:

11 000,00 zł netto
13 530,00 zł brutto (23% VAT)

Ask about product

T3SA3100 Teledyne LeCroy

The T3SA3000 series of spectrum analyzers consists of models up to 3.2GHz. The small path and easy-to-use interface extends the powerful specification with a large number of measurement functions and a wide spectrum of capabilities. The light weight, low form factor makes the T3SA3000 series a powerful, efficient and reliable tool for automatic measurements presented on a large and bright touch screen display. Typical applications: research and development, education, manufacturing, maintenance and repair, pre-compliance testing, calibration laboratory.

KEY FEATURES:

  • Digital IF technology
  • 10.1" WVGA (1024 x 600) screen
  • Frequency bandwidth from 9 KHz to 3.2 GHz
  • -161 dBm/Hz Average noise reading DANL (Typ.).
  • -98 dBc/Hz @10kHz Offset phase noise (Typ.).
  • Overall amplitude accuracy <0.7dB
  • Minimum band resolution of 1Hz (RBW)
  • Preamplifier set as standard
  • Tracking generator set as standard
  • Optional kits available: reflection/VSWR, advanced measurement kit, EMI pre-compliance test.

SELECTED SPECIFICATIONS OF THE T3SA3100:

MODELT3SA3100
Frequency bandwidth9kHz - 2.1GHz
Frequency resolution1Hz ~ 1MHz in a sequence of 1-3-10
Average noise readout level (DANL)-161 dBm/Hz, normalized to 1Hz (typical).
Phase noise level<-98 dBc/Hz @1GHz, 10kHz offset
Amplitude accuracy<0.7dB
DisplayWVGA 10.1" 1024 x 600 screen
Reference frequency10.000000 MHz
RBW uncertainty<5%
VBW uncertainty<5%
Number of displayed points751
Tracking detectorsPositive-peak, Negative-peak, Sample, Normal, Average (Voltage/RMS/Video), Quasi-peak (with EMI option)
Sweep time1ms to 3000s
Dimensions393 mm × 207 mm × 116.5 mm
Warranty3 years return to manufacturer Teledyne LeCroy

Detailed specifications can be found in the "Downloads" tab.

To download this file you need to be logged. Please Sign in or register.
All rights reserved by NDN © Created by Subinet