Cryogenic probe stations

Model PS-100 Tabletop Probe Station

• Fully specified, preconfigured entry-level system
• Compact table-top design with four-arm triaxial configuration
• Affordable
• rapidly shipped

Model TTPX Cryogenic Probe Station

• Entry-level system
• Compact table-top design
• Rapid cooldown and warmup
• Backside optical access

Model CPX Cryogenic Probe Station

• Most versatile probe station
• Numerous options and configurations available
• Multiple radiation shields for best low temperature performance
• Load-Lock Option
• Option for 4“ Wafer
• THz probes

Model CPX-HF Cryogenic Probe Station

• In-plane horizontal magneic field
• Multiple radiation shields for best low temperature performance
• 90° probing

Model CPX-VF Cryogenic Probe Station

• Out-of-plane vertical field superconducting magnetic measurements
• THz probes
• Multiple radiation shields for best low temperature performance
• 90° probing
• Customizable up to 3 T with specialized probes
• Customizable for Hall measurements

Model EMPX-H2 Cryogenic Probe Station

• In-plane horizontal field electromagnetic measurements
• Generate full field without cryogen or cooldown
• 30° probes

Model FWPX Cryogenic Probe Station

• Largest wafer sample size: 4"
• Sample translation for rapid probing
• Optional measurement of 6" wafers possible

Model CRX-4K Cryogenic Probe Station

• Cryogen-free operation
• Low temperature operation
• Option for 4” Wafer
• THz probing

Model CRX-6.5K Cryogenic Probe Station

• Cryogen-free operation
• Entry-level system

Model CRX-EM-HF Cryogenic Probe Station

• Cryogen-free operation
• In-plane horizontal field electromagnetic measurements
• Generate full field without cooldown
• 30° probes
• Optional 360° rotation

Model CRX-VF Cryogenic Probe Station

• Cryogen-free operation
• Out-of-plane magnetic field
• 90° probing
• Customizable up to 3 T with specialized probes
• Customizable for Hall measurements
• THz probing

• Up to three source and three measurement modules, intrinsically synchronized
• DC and AC measurement up to 100 kHz
• Central control of probe station and measurement system via Lake Shores MeasureLINK™ software

• Provides complete Hall analysis
• High measurement speed and accuracy
• No switching of the field polarity needed
• Automatically selects optimal excitation and measurement levels
• Central control of probe station and measurement system via Lake Shores MeasureLINK™ software