PS2M400E – E-TETRA400 – Tx 420 ~ 430 MHz, Rx 410 ~ 412 MHz

PS2M400E – E-TETRA400 – Tx 420 ~ 430 MHz, Rx 410 ~ 412 MHz

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$43,200.00

AWT’s PIM Analyzers are ideal for production and laboratory. These instruments are very accurate, yet highly reliable and built for true continuous 24/7 operation. The complete system consists only of one unit, making set-up easy and operation convenient.

 

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  • Description
  • Additional information
  • Accessories
  • Specifications

Description

PS2M400E – E-TETRA400 – Tx 420 ~ 430 MHz, Rx 410 ~ 412 MHz

AWT’s PIM Analyzers are ideal for production and laboratory. These instruments are very accurate, yet highly reliable and built for true continuous 24/7 operation. The complete system consists only of one unit, making set-up easy and operation convenient.

With the introduction of new wireless technologies like LTE, and LTE-A, network operators demand RF components that offer excellent PIM characteristics. AWT’s PIM Analyzers are well suited for this task. With -172dBc sensitivity, our  analyzers detect all PIM issues of tested RF components. Engineers appreciate the high accuracy  of the IM measurements even with 24/7 operation.

Features

  • Precision PIM Analyzer for production and laboratory.
  • True 24/7 operation.
  • 3 Measurement modes: PIM Analyzer, PIM over Time, PIM over Frequency (Frequency Sweep).
  • Forward and reverse PIM measurements ( 2-port).
  • Upgrade to dual-band possible.

Passive Intermodulation (PIM) analyzers measure the amount of unwanted intermodulation signals, generated by passive components. Increasing demand for data bandwidth mandates optimally performing, high quality network elements. Wireless carriers use exclusively high quality low PIM components to ensure optimal performance of their networks – today and in the future.

PIM is caused by RF components that show non-linear frequency behavior. Even the most careful production process can introduce PIM. Therefore, every single component has to be tested. It is paramount for manufacturersto minimize PIM during both, the design phase and the production process.

RF Components that may cause PIM:

  • Cables
  • Connectors
  • Antennas
  • Attenuators, Loads
  • Surge Protectors
  • Filters, Diplexers, Duplexers
  • Combiners, Splitters, Couplers

Additional information

Weight36 kg
Dimensions48.8 × 71.9 × 27.8 cm
PACC2Accessory Kit: low PIM cable 3m / 10ft, low PIM load 50/10W, PIM <-165 dBc @ 2*43dBm, 690-2800 MHz, (4) adapters, torque wrench with hard carry case.
PACC2LAccessory Kit: low PIM cable 3m / 10ft,  low PIM load 100W, PIM <-165dBc @ 2*43dBm, 380-2800 MHz, (4) adapters, torque wrench with hard carry case
PLOAD100Low PIM Load 100W, PIM < -165 dBc @ 2*43W, 690-2800 MHz, DIN 7/16 (f)
PLOAD100LLow PIM Load 100W, PIM < -165 dBc @ 2*43W, 380-2800 MHz, DIN 7/16 (f)
PIMGENPIM Source: Generator with preset PIM value -80dBm (+/-10). Quick system test. Ideal for test and training.
LIC308DMDM-1MLow PIM cable 1m (3ft), PIM < -165dBc @ 2x43dBm, DIN(m)-DIN(m)
LIC308DMNM-1MLow PIM cable 1m (3ft), PIM < -165dBc @ 2x43dBm, DIN(m)-N(m)
ADA-DMDFConnector Saver. Adapter DIN(m)-DIN(f), PIM <-165 dBc @ 2×43 dBm

Transmitter

Carrier Power+20 to +44 dBm (46 dBm optional)
Power Accuracy+/- 0.35 dB
Frequency Accuracy2 ppm
Reverse Pwr. Protection+43 dBm for 5 sec

Receiver

Reverse IM @ 2x43dBm
Forward IM @ 2x43dBm
-129 dBm / -172 dBc typ.
-125 dBm / -168 dBc typ.
Noise Floor-140 dBm (300 Hz BW)
DynamicRange(typical)> 96 dB (ref: -70 dBm)
Reverse Power Protection+43 dBm for 5 sec
Operational Input Power-40 dBm RMS
Max Input Power0 dBm
Measurement Accuracy+/- 1.0 dB @ 2 x 43 dBm
Warm-up time (for full measurement accuracy)10 mins

Dimensions / Weight / Environment / Electrical

Dimensions
All units (except E-GSM)
E-GSM units
488 x 653 x 278 (mm)
488 x 719 x 278 (mm)
Weight
All units (except E-GSM)
E-GSM units
35 kg
36 kg
Temperature0 °C to +40 °C
Humidity80 %, RH (non condensing)
ProtectionIP20 (indoor use)
AC Power100 to 240V 50/60 Hz
Power Consumption750 Watts (VA)