High And Low Temperature Vacuum Probe Station

Jinzhengmao high and low temperature vacuum probe station can carry out high and low temperature test in vacuum environment (4.2K~500K), can upgrade the loading magnetic field, low temperature radiation shield design, the sample table is made of high purity oxygen-free copper, and the temperature uniformity is better.
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    Product Description

            Jinzhengmao high and low temperature vacuum probe station can carry out high and low temperature test in vacuum environment (4.2K~500K), can upgrade the loading magnetic field, low temperature radiation shield design, the sample table is made of high purity oxygen-free copper, and the temperature uniformity is better. Well, the temperature sensor uses PT100 or calibrated silicon diodes with good stability and repeatability as the temperature measurement device, supports optical fiber spectral characteristics test, is compatible with high-magnification metallographic microscopes, can be fine-tuned and moved, and the high-frequency characteristics of the device (support frequency up to 67GHz), probe heat sink design, light intensity/wavelength test of LD/LED/PD, automatic flow control, IV/CV characteristic test of materials/devices, etc.

    Application range:

    Jinzhengmao high and low temperature vacuum probe station is used for chip testing, material testing, Hall testing, electromagnetic transport characteristics, etc. in high and low temperature vacuum environment.

    Optional Accessories

    þ Shockproof table

    þ Multistage Compression Refrigerator

    þ Mechanical pump/molecular pump set/ion pump

    þ RF components

    þ Various types of frequency vacuum joints

    þ All kinds of DC probes, high frequency probes, active probes, cables, etc...

    þ Various probe fixtures

    þ Chuck exercise device

    þ Electromagnet System / Superconducting Magnet System

    þ 1Mpa positive pressure system

    þ Ultra High Temperature Upgrade Option

    þ Ultra High Vacuum Upgrade Option

    Technical Indicators

    Model

    T81-50

    T80-50

    Cooling Method

    Liquid helium/liquid nitrogen refrigeration

    Closed cycle refrigerator

    Cavity Material

    Non-magnetic stainless steel or aluminum alloy

    Degree Of Vacuum

    Vacuum Premium Gundam10-8Pa

    Dimensions Of Vacuum Chamber Observation Window

    2inchoptional

    Temperature Control Range

    4.2K-450K

    5K-450K

    Temperature Control Resolution

    0.001KThermostat related

    Temperature Stability

    0.1K temperature controller related

    Cooling Time

    40min

    Within 150min, depending on the power of the refrigerator

    Temperature Sensor

    Silicon diodes, PT100 (3, one each on the sample stage and probe arm and radiation shield)

    Heating Power

    LVDC low voltage DC

    Sample Stage Material

    Gold-plated oxygen-free copper

    Sample Stage Size

    Diameter 20-50mm, optional 100mm

    Sample Stage Flatness

    ≤7μm

    Sample Stage Fixing Method

    Fixed stage (upgradeable to move with stage)

    Stage Vibration Level

    ≤50nm

    ≤1μmThree-stage shock absorption

    Number Of Probe Arms

    2, 4, 6, 8 optional

    Probe Arm Mechanical Accuracy

    ±12.5mm (upgradeable ±25mm), accuracy 1μm (optional)

    Kind Of Probe

    Tungsten, beryllium copper, microwave probes (optional GSG probes up to 67GHz)

    Probe Regulation

    Vacuum bellows external adjustment, manual control

    Gain

    16~100X/20~4000X

    Microscope Stroke

    X, Y plane 2*2inch, precision 1μm, Z axis travel ≥50.8mm

    Electricity Demand

    220V  50-60Hz

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