• Name: Probe Station 1 PM5(With thermal chuck)
• Tool No.: MNCF 001
• Make : Cascade PM5, with Keisight Semiconductor Device Analyzer B1500A

• Name: Probe Station 2 PM5 ( with pulsed source)
• Tool No.: MNCF 001
• Make : Cascade PM5, with Keisight Semiconductor Device Analyzer B1500A

• Name: Probe Station3-LowTemp LN2(77K-400K) IV-CV
• Tool No.: MNCF 003
• Make : Lake Shore Cryotronics

The LN2 probe station is capable of making a wide variety of nondestructive, standard electrical device measurements. The compact table-top design is perfect for academic and laboratory research settings. The LN2 provides efficient cryogenic temperature operation and control with a continuous refrigeration system using liquid nitrogen.

The LN2 operates over a temperature range 77K to 400K-this model accommodates full and partial wafers up to 1.2 inch. A wide selection of probes, cables, sample holders, and options makes it possible to meet specific measurement applications.

• Name: Probe station4(He)5k-500k
• Tool No.: MNCF 004
• Make : Lake Shore Cryotronics

The Cryogenic DC Probe Station-4, Model CRX-VF enables cost effective, stable, reliable and convenient low temperature semiconductor testing and even cryogenic wafer-scale testing of devices and circuits. Built-in vibration isolation, smart thermal management and engineered thermal expansion compensation makes this cryogenic probe station system ideally suited for a wide range of applications spanning from nano-electronics (graphene research, molecular electronics, quantum computing, etc.) to space-based electronics.

The Helium probe station operates over a temperature range 10K to 500K. This model accommodates full and partial wafers up to 1.2 inch. A wide selection of probes, cables, sample holders, and options makes it possible to meet specific measurement applications.

• Name: Mercury Probe station
• Tool No.: MNCF 007
• Make : MDC’s Mercury Probes

MDC’s Mercury Probes are built for measuring samples without the need of creating metallic contacts. They are used for temporary, non-destructive contact to MOS and bare semiconductor samples at room temperature. They are excellent for monitoring wafer doping and resistivity. Mercury probes work well, for example, with Graphene (FLG), GaN, GaAs and GaP material. The probes work in both front-front and front-back contact configurations.

General Features:-

• Doping Profiles of bulk or epitaxial layers
• MOS characterization
• Permittivity of Dielectrics
• Detection of residual films on conducting substrates
• Current-Voltage testing of Photovoltaic devices

• Name: RF Probe Stn-Network Analyzer(10Mhz-67Ghz)
• Tool No.: MNCF 005
• Make : Cascade RF probe station Sumitto 9000

• X-Y stage Travel: 152 mm x 152 mm (6 in. x 6 in.)
• Bearings : crossroller
• Resolution : 5 mm (0.2 in.) per turn
• Rollout stage travel : 10 cm (3.9 in.)
• Chuck size Size : 152 mm x 152 mm (6 in. x 6 in.)
• Flatness : 10 mm (0.39 mils) across total surface
• Material : nickel plated aluminum
• Isolation : >100 MW
• Breakdown bias voltage : >500 V

• Name: VSM-VersaLab
• Make : Quantum Design
• Model: VersaLab PPMS
• Available modes: VSM and Cryo FMR

1. VSM Mode

• Lock-in measurement technique isolates sample signal from external mechanical and electronic noise for precise measurement of sample moment
• Linear transport motor enables centering accuracy within ± 0.04 mm
• A temperature sensor integrated within the coil set provides sample thermometry via exchange gas coupling
• Standard sample holders included are a low-background quartz paddle and brass half-tube with quartz spacers and polycarbonate capsules

2. FMR Mode

• Turn-key FMR spectrometer with easy to use software interface
• Broadband FMR using a coplanar waveguide
• Calculates the Effective magnetization (Meff), anisotropy (K), gyromagnetic ratio (γ), damping (α), inhomogeneous broadening (ΔH◦)

• Name: CFMS-PPMS
• Make : Cryogenic Limited
• Model: 5424
• Available modes: VSM and Resistivity

1. VSM Mode

• Magnet able to operate in swept or persistent mode
• Automated gas handling system and calibration procedure
• Pick-up coils located close to the samples for highest sensitivity
• Vibrator fitted with moving coil motion detector for amplitude control
• Rigid and thermally stable carbon fibre sample rod
• Active vibration compensation of the drive motor

2. Resistivity Mode

• The Electrical Transport module provides a capability to perform DC resistance measurements in the range from 100 nΩ to 1 GΩ. Cryogenic offers a selection of sample platforms with different numbers of sample connections and suitable for different sample sizes. Probe wiring options include twisted pairs, miniature coaxial cables (for high-frequency measurements) or triaxial lines (for very low current measurements).
• 1.Resistance & magnetoresistance
• 2.Current-Voltage (I-V) characteristics
• 3.Critical current