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RF Probe Station System
Model No: HO-PSS-RF-02



        High frequency micro manipulator - left/right = 2 Nos
        100 TPI XYZ drive
        True linear motion, Fine XYZ controls
        Fine controls are in-line and easily accessible from the rear of the manipulator
        Travel range (X / Y / Z) = 0.5” x 0.5” x 0.5”
        Suitable for geometries > 1 microns
        Precision of XYZ stages = 10 microns
        Magnetic base
        Straight configuration for left / right manipulator placement
        Support different RF probe heads (GSG, GS, SG)
        Planarity (Roll) adjustment range = +/- 5 degree
        Planarity (Roll) adjustment resolution = 0.005 degree per degree rotation
        Theta (Yaw) adjustment range = +/- 5 degree
        Theta (Yaw) adjustment resolution = 0.005 degree per degree rotation
        Microwave head adapter (Customer has to provide details of Microwave probe. Microwave probe is not in the scope of supply)
        1. LWD Plan Apo 50X microscope objective
        NA = 0.50
        Working distance = 17 mm
        FOV eyepiece = 0.4 mm
        FOV camera = 0.114 mm x 0.0856 mm
        Resolution = 0.6 microns
        Price = $ 2145.00
        2. LWD Plan Apo 20X microscope objective
        NA = 0.35
        Working distance = 29 mm
        FOV eyepiece = 1 mm
        FOV camera = 0.285 mm x 0.214 mm
        Resolution = 1 microns
        Price = $ 1358.00
    XYZ sample stage with Thermal - Vacuum chuck
        Sample stage top plate = 50 mm x 50 mm
        X axis travel = 25 mm
        YZ axis travel = 10 mm each
        XYZ axis drive = 100 TPI leadscrew
        25.4 mm Z axis range via platen lift
        Temperature range = RT - 250ºC
        Cooling - Thermo electric cooling in conjunction with chiller for water cooling
        Cooling below ambient about -10ºC or closer to it
        Temperature increment step = 1 degree
        Cables and Probes should be thermally insulated
        Vacuum pump
        Manual and software control required for temperature and vacuum pump
    Probe station Trinocular microscope
        Probe station Trinocular microscope and its support stand = 1 set
        Optical system = Infinity corrected
        Observation Method = bright field
        Illumination = Reflected (Co-axial and Angled)
        Illumination system = High bright white LEDs , Intensity adjustable via software
        Nosepiece = revolving, quadruple with positive precision click stops
        Viewing head = Siedentopf Trinocular head, 30 degree
        IP adjustment = 48 - 75 mm
        Eyepiece= 10X Wide field eyepiece, FN = 20mm, dioptre adjustable
        Focusing = Manual
    Camera Specifications
        Optical format = 1/2.5” CMOS
        Active imager size = 5.70mm x 4.28mm, 7.13mm diagonal
        Active pixels : 2592 x 1944 (5Mp)
        Pixel size : 2.2 x 2.2 um
        Color filter array : RGB Bayer pattern
        Shutter type : Electronic rolling shutter(ERS)
        Frame rate : Full resolution -up to8fps, VGA -upto 70 fps
        ADC resolution : 12- bit, on-chip
        Pixel dynamic range : 70.1 dB
        Operating temperature : -30°C to +70°C
        Power consumption : 381mW at 15 fps full resolution
        Interface : USB2.0
    Microscope Objectives
        1. LWD Plan Acrhomatic 2X
(NA = 0.08, WD = 65 mm,
Resolution = 3.5microns,
FOV eyepiece = 10 mm,
FOV camera = 2.85 mm x 2.14 mm)
        2. LWD Plan Apo 5X
(NA = 0.14, WD = 40 mm,
Resolution = 2.3 microns,
FOV eyepiece = 4 mm,
FOV camera = 1.14 mm x 0.856 mm)
        3. LWD Plan Apo 10X
(NA = 0.30, WD = 34 mm,
Resolution = 1 microns,
FOV eyepiece = 2 mm,
FOV camera = 0.57 mm x 0.428 mm)
        Manipulator supporting Platform (magnetic SS)
Base plate, Manual XYZ stage for microscope = 1 set
        Software = Image grabbing as well as temperature & vacuum controls
        External magnetic field
An external magnetic field of 0.4 Tesla at a pole gap of 10 mm.
Permanent magnets with pole gap adjustable mechanical mount.
Dia. 30 mm x 20 mm Length permanent magnets.
Adjustable pole gap = 0 - 20 mm.

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