The HMS-3000 Hall Measurement System is a complete system for measuring the resistivity, carrier concentration, and mobility of semiconductors. The HMS-3000 includes software with I-V curve capability for checking the ohmic integrity of the user made sample contacts. The systems can be used to characterize various materials including sem
The HMS-3000 Hall Measurement System is a complete system for measuring the resistivity, carrier concentration, and mobility of semiconductors. The HMS-3000 includes software with I-V curve capability for checking the ohmic integrity of the user made sample contacts. The systems can be used to characterize various materials including semiconductors and compound semiconductors (N Type & P Type) such as Si, Ge, SiGe, SiC, GaAs, InGaAs, InP, GaN, ZnO, TCOs, metals, etc., at both 300K and 77K (room temperature and liquid nitrogen temperature).
The HMS-5000 Hall Effect Measurement System has automated magnet movement, variable temperature capability, and powerful analysis software. The system is automated so that without user intervention, it will ramp to each user defined temperature, stabilize, make the measurement (including moving the magnet automatically), and then plot a variety of temperature dependent material properties.
The Ecopia HMS-7000 is provided with three different LED lamps: red, green, and blue which are all visible lights. A current source is provided that flows the current which is necessary to illuminate each R,G,B lamp individually, but not simultaneously. The HMS-7000 operates automatically, however, the light for the R,G,B LED lamp's illumination is operated manually
The RTP-1200 model is a relatively low cost, easy-to-use, yet powerful rapid thermal processing system which can quickly increase materials to a very high temperature using four tungsten-halogen lamps.
The RTP-1300 model can be used for 4” or 6” wafer sample sizes. The RTP-1300 can support up to 4 MFC’s. A maximum of 4 different gases can flow simultaneously if they are non-toxic gases.
The ETCP-2000 Cryogenic Probe Station is a high quality and low cost system. Each system is quoted and specially for each customers requirements. Please inquire for more information.
The LN2 Dewar and the temperature control kits are specially designed to work with the system. The temperature control kit has a heating rod of which one end is submerged into liquid nitrogen inside of the LN2 Dewar. An electrical signal from temperature control box is sent to the heating rod and this makes the LN2 boil so the pressure
The LN2 Dewar and the temperature control kits are specially designed to work with the system. The temperature control kit has a heating rod of which one end is submerged into liquid nitrogen inside of the LN2 Dewar. An electrical signal from temperature control box is sent to the heating rod and this makes the LN2 boil so the pressure level inside of LN2 Dewar increases to speed up LN2 flow rate as needed. Speeding up the LN2 flow cools down the hot chuck faster. LN2 flows inside of the chuck and goes out of the tube that was installed outside of chamber.
Model No: EPS300
- Value priced and compact design.
- Available chuck size : 4"
- Hot chuck temp range: RT ~ 300°C
- Hot and cool chuck from 0 °C ~ 300 °C
- Maximum 6 manipulators can be installed on the base of the probe station.
-Optional dark box
- Round shaped base.
Model No : EPS500
- Low price and compact design.
- Available chuck size: 6"
- Hot chuck temp range: RT ~ 300°C
- Hot and cool chuck from 0 °C ~ 300 °C
- Maximum 6 manipulators can be installed on the base of the probe station.
-Square half moon shaped base.
-Optional dark box
-360 degree chuck rotation.
- Competitively priced and compact design.
- Available chuck sizes: 8"
- Hot chuck temp range: RT ~ 300°C
- Hot and cool chuck from 0 °C ~ 300 °C
- Maximum 6 manipulators can be installed on the base of the probe station.
-Square base with round interior shape.
-Optional dark box
-360 degree chuck rotation.
We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.