PIM Analyzer Features
그림3

– LCD graphical user interface on 7” touch screen ( OS WIN PRO 7 )

– Receiver dynamic range ( 85 dB )

– Order PIM, 3rd , 5th, 7th and  9th order ( user selectable )

– Stand alone operation or remote control ( Ethernet 10/100/1000 BASE-T )

– 3rd IM Level -125 dBm ( -168 dBc ) maximum  ( Noise floor : -140 dBm )

    ( Residual IM measured with two +43 dBm ( 20 Watt ) Carriers ) Measurement range

Technical Specification
Transmitter
Transmitter frequency band Model dependent – see Variants below
Transmit power adjustable level +25 ~ +45 (dBm)
Transmit dynamic range 20 (dB)
Power accuracy ±0.35 (dB)
Frequency resolution 100 (kHz)
Frequency stability 10 ppm (Maximum)
Receiver
Receiver Frequency Band Model dependent – see Variants below
Average Noise Floor -140 (dBm)
Reverse IM Measurement -125 (-168 dBc) Maximum (dBm)
Reverse Input Power Range -50 ~ -135 (dBm)
Reverse Dynamic Range 85 (dB)
Input Power without damage 20 (dBm)
General
Warm-UP time 5 minutes ( minimum )
Operating temp. & Humidity -10°C to 40°C, 85% RH
Effective IF Bandwidth 500 Hz
Power accuracy ±0.35 (dB)
Power requirement 700 W Max -100 ~ 240 VAC -50 / 60 (Hz)
Dimensions 410W x 610D x 180H - 19” Rack Mount (mm)
Port Description
DUT/REV PIM IN IM Reflected 7/16 DIN Female
AC POWER INPUT 100 ~ 240VAC , 50 /60Hz (700 W Max) IEC 60320 C14 Panel Male
USB1 USB3.0 Host USB A Female - Front
USB2 USB2.0 Host USB A Female - Front
USB3 USB2.0 Host USB A Female - Front
ETHERNET 10/100/1000 BASE-T Ethernet RJ45. Cat 5e Plug, Shielding
OCX OUTPUT 10MHz BNC Female - Back(For Test)
AIR FAN Air Cooling Return (1.91m3/min) 80 x 80 x 25 mm
Antenna Measurement System
ethernet
01 Network(IP) based 6 PIM analyzers are remotely commanded by wireless internet to excite simultaneous CW(continuous wave) 20W 2tones.
02 Measure and save reflected 3rd order PIMs from multi bands and multi ports simultaneously.
03 While being measured, 7g vibration is administered to the antenna replacing the tapping test to validate stable Low PIM durability against vibration and multi carriers’ simultaneous inputs.
For-more-information