The SMU-LINK is an accessory that can be used to connect two SMUs together.

For use with the SMU4001 and SMU4201 single channel SMU from AIM-TTi.

The new SMU4000 Series from AIM-TTi, famous for their leading range of power supplies and DMM’s and arbitrary waveform generators.

The AIM-TTi SMU4000 Series provides class leading performance at a new and affordable price point for a four quadrant SMU. Combining touch screen technology with an intuitive graphical user interface provides a clear and natural flow through the test and measurement process.

The SMU4001 offers 4-quadrant Source, Sink & Measure with 6½ digit resolution ±21V, to ±3A ,25W, at 0.1μV & 100fA resolution in a compact A4 footprint.

Working in Academia or research, please contact us for education discounts or a product demo.

The new SMU4000 Series from AIM-TTi, famous for their leading range of power supplies and DMM’s and arbitrary waveform generators.

The AIM-TTi SMU4000 Series provides class leading performance at a new and affordable price point for a four quadrant SMU. Combining touch screen technology with an intuitive graphical user interface provides a clear and natural flow through the test and measurement process.

The SMU4201 offers 4-quadrant Source, Sink & Measure with 6½ digit resolution ±210V, to ±3A ,25W, at 0.1μV & 100fA resolution in a compact A4 footprint.

Working in Academia or research, please contact us for education discounts or a product demo.

The BNC Female to Single Banana Plug is ideal for easily connecting BNC cables to DMM and SMU for testing devices. RoHS Compliant, sold as a red/black pair for easy identification.

• BNC Female (F) to Banana Male (M) adapter.
• Centre pin connected to banana plug
• 50 Ohm – RoHS Compliant
• Bracke Manufacturing Part Number BM50463 / BM50465

Test adapter to convert BNC (Female) to 4mm double banana jack used to connect to test instruments (Red / Black) for added shielding protection.

Banana Plug features Nickel Plated, Beryllium Copper for tarnish resistance & long insertion life.

The BNC centre contact is Gold Plated, Beryllium Copper for low contact resistance.

The BNC shell is plated for tarnish resistance.

Banana plugs can be vertically and horizontally stacked to the adapter.

The Dino-Lite AD4113T-I2V features both IR (~940nm) and UV (~395nm) LED lighting in a single device.

The Dino-Lite Premier AM3713TB with stroboscopic light feature takes perfect pictures by reducing motion blur, even under higher magnification.

The Dino-Lite AM4115-FUT, with the exceptional image quality of Dino-Lite Edge featuring 375nm UV lighting with high sensitivity 1.3 Megapixels sensor., is designed to meet more professional needs. It also has better adaptability to different applications with the detachable and exchangeable front cap design.

The Dino-Lite AM4115-FVT, with the exceptional image quality of Dino-Lite Edge featuring 400nm UV lighting with high sensitivity 1.3 Megapixels sensor., is designed to meet more professional needs. It also has better adaptability to different applications with the detachable and exchangeable front cap design.

The Dino-Lite AM4115T-GRFBY digital microscope is optimised for research and viewing fluorescent objects by using 480nm and 575nm excitation LEDs. It has a 510nm and 610nm emission filter that is designed to observe a wide range fluorophores with applications in developmental biology, pathology and anatomy.

The Dino-Lite AM4115T-GFBW digital microscope is optimised for research and viewing fluorescent objects by using 480nm LEDs. It has a 510nm emission filter that is designed to observe including but not limited to GFP (green fluorescent protein).

The Dino-Lite AM73915MZT is the updated version of the popular the Dino-Lite AM7915MZT but offers the improved data speeds of USB 3.0.  With the use of the latest, cutting-edge optics, a brand new 5 megapixel sensor and several special features, is a marvel of technology and the best choice for the high-demanding professional. The Dino-Lite AM73915MZT offers superb image quality and colour reproduction in a robust, compact and appealing housing. 

• Extended Depth of Field (EDOF)
• Enhanced Dynamic Range (EDR)
• Automatic Magnification Reading (AMR)
• Flexible LED Control (FLC)
• Built-in polarization filter
• 10x - 220x and a standard working distance of up to 6 cm
• USB 3.0 up to 45 frames-per-second

The main features of the AM7515MT4A are: 5 Megapixel Edge sensor, Long Working Distance (LWD) 415-470x magnification with coaxial lighting for Brightfield/Darkfield for superior image quality. Integrated polarizer, aluminium housing, Automatic Magnification Reading (AMR), Flexible LED Control (FLC), extensive measurement functions, Calibration, exchangeable front caps and more. This is an ideal accessory for semiconductor wafer inspection. Dinolite AM7515MT4A–EDGE

The main features of the AM7515MT8A are:
5 Megapixel Edge sensor, Long Working Distance (LWD) 700-900x magnification with coaxial lighting for Brightfield/Darkfield for superior image quality. Integrated polarizer, aluminium housing, Automatic Magnification Reading (AMR), Flexible LED Control (FLC), extensive measurement functions, Calibration, exchangeable front caps and more. This is an ideal accessory for semiconductor wafer inspection. Dinolite AM7515MT8A–EDGE

The main features of the AM7515MZTL are:
5 Megapixel Edge sensor, Long Working Distance (LWD) 10-140x magnification, larger Field Of View (FOV) integrated polarizer, aluminum housing, Automatic Magnification Reading (AMR), Flexible LED Control (FLC), extensive measurement functions, Calibration, exchangeable front caps and more. Dinolite AM7515MZTL–EDGE

The Dinolite Edge series are the top of the range units having the following features as standard:

• 5 Megapixel Edge sensor
• Extended Depth of Field (EDOF)
• Extended Dynamic Range (EDR)
• Automatic Magnification Reading (AMR)
• Adjustable polarizer
• Flexible LED Control (FLC)
• And more...

(*EDOF only functions under Windows OS)

AM7515MZTL–EDGE

The AM7915MZTL is part of the Long Working Distance (LWD) range and with its Long Working Distance and magnification range from 10 - 140x, it is suitable for a wide range of applications where extra distance to the object or a larger field of view is required. D

A higher magnification of 220X is available with the standard version AM7915MZT CLICK HERE

nolite AM7915MZTL–EDGE

With the use of the latest, cutting-edge optics, a brand new 5 megapixel sensor and several special features, the Dino-Lite AM7915MZT is a marvel of technology and the best choice for the high-demanding professional. The Dino-Lite AM7915MZT offers superb image quality and colour reproduction in a robust, compact and appealing housing.

• Extended Depth of Field (EDOF)
• Enhanced Dynamic Range (EDR)
• Automatic Magnification Reading (AMR)
• Flexible LED Control (FLC)
• Built-in polarization filter
• 10x - 220x and a standard working distance of up to 6 cm
• USB 2.0 up to 30 frames-per-second

Sturdy, watertight case for Dino-Lite microscopes. This heavy duty carrying case with foam inlay protects your Dino-Lite against dust, scratches and moisture. Watertight according to IP67 standard.

The UW series has two types of LED lights that are switchable between white and UV light. This model has a filter to filter out the returning UV light so that an image with natural colours can be obtained.

The VW series has two types of LED lights that are switchable between white and UV light. This model has a filter to filter out the returning UV light so that an image with natural colors can be obtained.

The Dino-Lite MS15X-S1 X-Y base with removable rotating table provides an excellent solution for applications that require fine X-Y and/or rotational control over the sample under examination. Dinolite MS15X-S1

Dino-Lite N3C-A Coaxial Light Cap is a useful accessory for the Dino-Lite Edge models to enhance inspection of surfaces such as silicon wafers, electronic PCB’s, metal, plastics or glass. It is well known that the use of coaxial lighting in microscopy eliminates disturbing shadows making it easier to look inside small holes and scratches in the material you wish to check.

The Dino-Lite N3C-R is a passive ring light solution that helps to reveal more details by generating shadow-less illumination. It is designed for use with the Dino-Lite AM4115/4515/4815 USB models.

The Dino-Lite RK-05F is a light-weight, ultra-portable stand with a one-step assemble/disassemble design.

The Dino-Lite RK-10-FX is an optional flexible arm extension for the RK-10A and the RK-06A stand.

The Dino-Lite RK-10-PX is a XY positioning arm with accurate and smooth adjustment options.

The Dino-Lite RK-10A is a sturdy and stable high-end stand solution that can be used with all the professional Dino-Lite models. It is constructed of resilient stainless steel and lightweight aluminium and offers a very precise fine-focus adjustment as well as a quick release function. Dinolite RK-10A

The Dino-Lite SL-ZW1 is a USB powered gooseneck light with adjustable polarisation.

2D crystal heterostructures are assembled from crystals that are one or a few atomic layers in thickness are becoming increasingly more popular in many research areas like Graphene and physics. These 2D material structures are assembled using transfer systems.

• 5 -axis of positioning
• High power, long working distance Monozoom Microscope
• Precision coaxial chuck stage
• Chuck rotation, ±12 degrees with 0.005° resolution
• Device characterisation
• Optional Fibre Optic, DC, RF and mmWave probes
• Optional Heated Chuck
• Optional Anti-vibration table or table-top.

Each system can be custom designed or an upgrade to your existing probe station, please contact us to discuss in more information. 

Performance adapter suitable for connecting Triaxial probes and leads to parametric analysers from Keithley and Keysight. It is a male triaxial to female BNC adapter with the guard removed.

Used to connect BNC cables to equipment with three-lug triaxial connectors. The A52-3 adapter does not have a through connection for the triaxial inner shell, which prevents hazardous voltages from guard sources being present on the BNC shell.

Equivalent to the Keithley 7078-TRX-BNC or Keysight N1254A-101.

The EverBeing BD series is our top of the line probe station. It’s features and foundation are solid for providing repeatable, accurate measurements in both DC and RF applications.

• Analytical Probe Station with Vacuum Chuck for 4", 6", 8", 12" Wafer diameter
• Large Knob for High Precision Stage
• Back-lash free movement
• Mounting for up to 12 micropositioners
• 4.5” Probe Card Holder compatible
• Platen Height Adjustable
• Platen Linear Up/Down
• Micropositioner Standby Dock
• Microscope Tilting for E-Z lens switching
• Stainless Steel or Gold Plated Vacuum Chuck

Beryllium copper (BeCu) BC-20 Series probe tips have a lower and more repeatable contact resistance suitable for gold and aluminium soft contact pads. Low contact resistance, typically 100 milliohms when probing gold and 200 milliohms when probing aluminium.

• Beryllium copper (BeCu) material
• Available in 5μm, 5μm, 10μm, 15μm, 20μm, 25μm, 50μm, 100μm, 200μm
• 20 mil shank diameter
• 32 mm length
• Box of 10
• Tip bend optional
• Tungsten Probe Tips also available T20 Series

Celebrating 25 years, EverBeing have launched the latest addition to their line, the C2-RF, the world’s smallest and most affordable RF Probe Station.

Measuring just 360mm X 360mm and only 26Kg, it can hold 4 RF probes and two DC bias probes on the hard chrome platted platen.

Fitted with a 2 inch vacuum chuck, four anti-vibration mounts and 10 micron precision X-Y alignment, makes this compete with probe stations that cost many times the price. The U Shaped chuck holds the DUT and RF Calibration substrate.

Starter kit consists of:

• C-2 two inch probe station with quick 2 inch coaxial X-Y stage to 10um resolution (320mm x 320mm x 320mm)
• Two EB-700E micropositioners with magnet on/off bases
• Two screw nut tip holders and a pack of 10um probe tips
• Dinolite 5MP digital microscope with 140X optical zoom and 2x digital zoom fitted with a coaxial light stage offers outstanding magnification and clarity as shown
• You will also receive a vacuum pump to hold your sample to the stage

Everything you need to start testing within an hour of receiving your package.

Please contact us if you would like to discuss this or a similar system on 01582 764334 or [email protected]

Celebrating over 30 years of manufacturing probe stations and micro positioners the C-Series are one of the world’s most popular and affordable, yet built with precision and repeatability.

They are 6 models in this series, starting at 2 inch chuck to 8 inch C2, C2-PLUS, C2-RF, C4, C6 and C8.

Fitted with a 10 micron precision X-Y chuck stage for alignment, hard chrome pated platen, vacuum chuck and anti-vibration mounts as standard, makes this compete with probe stations that cost many times the price. The 4 inch and above features chuck up/down. Available with a trinocular monozoom microscope.

The EverBeing CG-196 Cryogenics Probe Station allows probing at cryogenics temperature where the wafer needs to be inside a vacuum chamber.

The Everbeing controlled environment probe station allows vacuum and cryogenic probing down to 77K with liquid nitrogen or high-temperature probing up to 1273K. Efficient in characterizing your devices at extreme temperatures, vacuum, specific gas, etc.

• Temperature 80K to 480K (-190°C to +205°C)
• Vacuum chamber with NW25 ports – max 6 ports DC & RF
• 10 µm resolution micropositioners
• LD 50 L Dewar Liquid Nitrogen Tank
• Vacuum pump for environment of 10^-3 torr (pump can be upgraded for 10^-6)
• Cold Head Module for CG-196 fitted with 40 mm Solid Chuck

High precision micropositioner with true linear motion of 12mm in each axis with 0.35/0.70um resolution.

Larger footprint for greater stability and finer control, for RF probing,

Available with Permanent Magnet (M), Magnet on/off (E) or Vacuum bases (V) to suit all applications.

• Accuracy: 100 TPI = 0.70micron (0.70um) / 200 TPI = 0.35micron (0.35um)
• Travel X-Y-Z:12MM * 12MM * 12MM
• Lead screw: 100/200 TPI (threads per inch)
• Base Types: Permanent Magnet, Magnet on/off or Vacuum
• Dimensions: 52mm(W) x 96mm(D) x 76mm(H)
• Weight: 1000g

Price shown is for Magnet On/Off Version with 100 TPI (EB-005E-100).

Our most popular Micropositioner offering true linear motion of 12mm in each axis X-Y-Z and 1.0µm resolution. Supplied in left hand version with Magnet On/Off Base for ease of placing and positioning on the platen.

Suitable for use with standard bracket or with soft landing inclination using our coaxial and triaxial tubular tip holders.

• Accuracy: 1.0micron (1.0µm )
• Base Type:   Magnet on/off
• Precision linear bearings
• Travel X-Y-Z:  12MM * 12MM * 12MM
• Lead screw: 80 TPI (threads per inch)
• Right hand Version
• Dimensions: 52mm(W) x 96mm(D) x 76mm(H)
• Weight: 550g

The EB-050 series is available in left and right hand versions with Permanent Magnet (M), Magnet on/off (E) or Vacuum bases (V) to suit all applications. Also available in 100TPI for 0.7µm resolution.

Our most popular Micropositioner offering true linear motion of 12mm in each axis (±6mm) X-Y-Z with 0.9µm resolution. Supplied in left hand version with Magnet On/Off Base for ease of placing and positioning on the platen.

This kit is configured in our common configuration to make purchase easier. Supplied complete with a coaxial tubular tip holder, 1.5m lead BNC plug, soft landing mechanism, bracket and cable clip. (KIT-EB-050E-80L-COAX).

• Accuracy: 0.9micron (0.9µm )
• Base Type:   Magnet on/off
• Precision linear bearings
• Travel X-Y-Z:  12MM * 12MM * 12MM
• Lead screw: 80 TPI (threads per inch)
• 317µm per 360 degree rotation (0.9 µm per degree)
• Zero-backlash
• Left hand Version
• Dimensions: 52mm(W) x 96mm(D) x 76mm(H)
• Weight: 550g

The EB-050 series is available in both left-hand and right-hand versions with Permanent Magnet (M), Magnet on/off (E) or Vacuum bases (V) to suit all applications. Also available in 100TPI for 0.7µm resolution.

Our most popular Micropositioner offering true linear motion of 12mm in each axis X-Y-Z and 1.0µm resolution. Supplied in right hand version with Magnet On/Off Base for ease of placing and positioning on the platen.

Suitable for use with standard bracket or with soft landing inclination using our coaxial and triaxial tubular tip holders.

• Accuracy: 1.0micron (1.0µm )
• Base Type:   Magnet on/off
• Precision linear bearings
• Travel X-Y-Z:  12MM * 12MM * 12MM
• Lead screw: 80 TPI (threads per inch)
• Right hand Version
• Dimensions: 52mm(W) x 96mm(D) x 76mm(H)
• Weight: 550g

The EB-050 series is available in left and right hand versions with Permanent Magnet (M), Magnet on/off (E) or Vacuum bases (V) to suit all applications. Also available in 100TPI for 0.7µm resolution.

Our most popular Micropositioner offering true linear motion of 12mm in each axis (±6mm) X-Y-Z with 0.9µm resolution. Supplied in right hand version with Magnet On/Off Base for ease of placing and positioning on the platen.

This kit is configured in our common configuration to make purchase easier. Supplied complete with a coaxial tubular tip holder, 1.5m lead BNC plug, soft landing mechanism, bracket and cable clip. (KIT-EB-050E-80R-COAX)

• Accuracy: 0.9micron (0.9µm )
• Base Type: Magnet on/off
• Precision linear bearings
• Travel X-Y-Z:  12MM * 12MM * 12MM
• Lead screw: 80 TPI (threads per inch)
• 317µm per 360 degree rotation (0.9 µm per degree)
• Zero-backlash
• Right hand Version
• Dimensions: 52mm(W) x 96mm(D) x 76mm(H)
• Weight: 550g

The EB-050 series is available in both left-hand and right-hand versions with Permanent Magnet (M), Magnet on/off (E) or Vacuum bases (V) to suit all applications. Also available in 100TPI for 0.7µm resolution.

Our EB-050E Micropositioner offers true linear motion of 12mm in each axis X-Y-Z and 1.0µm resolution. Supplied with Magnetic Base.

Suitable for use with standard bracket or with soft landing inclination using our coaxial and triaxial tubular tip holders.

• Accuracy: 1.0micron (1.0µm )
• Base Type:   Magnet on/off
• Precision linear bearings
• Travel X-Y-Z:  12MM * 12MM * 12MM
• Lead screw: 80 TPI (threads per inch)
• Right hand Version
• Dimensions: 52mm(W) x 96mm(D) x 76mm(H)
• Weight: 550g

The EB-050 series is available in left and right hand versions with Permanent Magnet (M), Magnet on/off (E) or Vacuum bases (V) to suit all applications. Also available in 100TPI for 0.7µm resolution.

Our EB-050V Micropositioner offers true linear motion of 12mm in each axis X-Y-Z and 1.0µm resolution. Supplied with Vacuum Base.

Suitable for use with standard bracket or with soft landing inclination using our coaxial and triaxial tubular tip holders.

• Accuracy: 1.0micron (1.0µm )
• Base Type:   Vacuum
• Precision linear bearings
• Travel X-Y-Z:  12MM * 12MM * 12MM
• Lead screw: 80 TPI (threads per inch)
• Available in Left and Right hand version if required
• Dimensions: 52mm(W) x 96mm(D) x 76mm(H)
• Weight: 550g

The EB-050 series is available in left and right hand versions with Permanent Magnet (M), Magnet on/off (E) or Vacuum bases (V) to suit all applications. Also available in 100TPI for 0.7µm resolution.

The Everbeing EB-Series probe stations are designed for DC, RF, Fibre and mmWave probing. The heavier base offers a lower centre of gravity for improved stability and is supplied with a thicker platen to allow probe cards to be fitted.

The EB series is available in 4-12 inch (100-300mm) contains features to step-up your usability to acquire the accurate data you need from your devices.

Four models are available EB-4, EB-6, EB-8, EB-12 with optional Hot chuck, standard or enhanced coaxial or triaxial isolation for low noise measurements.

EverBeing offer a range of Millimeter-Wave Probe Stations for precise integration with your existing Vector Network Analysers (VNA), wave guides and frequency extenders from leading brands like Anritsu, Keysight, Rohde & Schwarz, VDI, OML. Two models are available EB-6A and EB-6V to accommodate the different sizes of waveguides and frequency extenders you prefer.

The EB-6A is designed specifically to accommodate Anritsu equipment whilst the EB-6V is more generic to work with Keysight, Rohde & Schwarz, VDI, and OML mmWave modules.

The EB-6V is more generic and designed to work with Keysight, Rohde & Schwarz, VDI, and OML mmWave modules.

EverBeing offer a range of Millimeter-Wave Probe Stations for precise integration with your existing Vector Network Analysers (VNA), wave guides and frequency extenders from leading brands like Anritsu, Keysight, Rohde & Schwarz, VDI, OML. Two models are available EB-6A and EB-6V to accommodate the different sizes of waveguides and frequency extenders you prefer.

The EB-6V is designed to work with Keysight, Rohde & Schwarz, VDI, and OML mmWave frequency extender modules.

The EB-6A is designed specifically to work with Anritsu range of equipment and frequency extender modules.

Low cost, space saving Micropositioner with linear motion of 12mm in each axis with 2.0µm resolution. Available in left (L) and right (R) handed versions. Supplied with Magnet on/off (E) base.

Also available with Permanent Magnet (EM-700M) or Vacuum base (EM-700V).

• Resolution: 2μm
• Screw Resolution: 630μm, 40 TPI (threads per inch)
• Travel Range: 12mm x 12mm x 12mm
• Dimensions: 38mm(W) x 62mm(D) x 45mm(H)
• Weight: 200g
• Application: DC, Kelvin
• Mount Type: Magnet On/OFF/Magnet/Vacuum

Space saving Micropositioner with linear motion of 12mm in each axis with 3.0µm resolution. Supplied with Magnet on/off (E) base. Also available with Permanent Magnet (EM-700M) or Vacuum base (EM-700V).

• Accuracy: 3.0 micron (3.0um)
• Travel X-Y-Z: 12MM * 12MM * 12MM (standard)
• Travel X-Y-Z: 20MM * 20MM * 20MM (please ask)
• Lead screw: 40 TPI (threads per inch)
• Dimensions: 38mm(W) x 62mm(D) x 45mm(H)
• Weight: 200g

Space saving Micropositioner with linear motion of 12mm in each axis with 3.0µm resolution. Supplied with Magnet on/off (E) base. Also available with Permanent Magnet (EM-700M) or Vacuum base (EM-700V).

Supplied with Permanent Magnet (M) base. Also available with Magnet On/Off (EB-700E) or Vacuum base (EB -700V).

• Accuracy: 3.0 micron (3.0um)
• Travel X-Y-Z: 12MM * 12MM * 12MM (standard)
• Travel X-Y-Z: 20MM * 20MM * 20MM (please ask)
• Lead screw: 40 TPI (threads per inch)
• Dimensions: 38mm(W) x 62mm(D) x 45mm(H)
• Weight: 200g

Space saving Micropositioner with linear motion of 12mm in each axis with 3.0µm resolution. Supplied with Magnet on/off (E) base. Also available with Permanent Magnet (EM-700M) or Vacuum base (EM-700V).

Supplied with Permanent Magnet (M) base. Also available with Magnet On/Off (EB-700E) or Vacuum base (EB -700V).

• Accuracy: 3.0 micron (3.0um)
• Travel X-Y-Z: 12MM * 12MM * 12MM (standard)
• Travel X-Y-Z: 20MM * 20MM * 20MM (please ask)
• Lead screw: 40 TPI (threads per inch)
• Dimensions: 38mm(W) x 62mm(D) x 45mm(H)
• Weight: 200g

The Everbeing Chamber Plus series of analytical probe stations is an extension of their flagship EB Series probe station.

The Chamber Plus probe station offers a sealed environment for an oxygen-free environment and double as a Faraday cage enclosure for extreme limits for probing. While the DUT is enclosed within the chamber, all probing operations such as chuck stage movement, micropositioning, are still readily available. With this product you can achieve the following into your test:

• Temperature range within -60˚C to 400˚C (Optional 500˚C from RT)
• Low leakage currents down to 20 fA
• RF probing up to 67 GHz or higher depending on VNA

The EverBeing KSR-4 Four-Point Probe System is an simple-to-use tool for the rapid measurement of sheet resistance, resistivity, and conductivity of materials. To be used in conjunction with your existing Source Measure Unit (SMU) or current source and volt meter. Or with our low cost SMU4001 Head Up/Down 30mm, Probing, Z Resolution = 10 Micron.

0.9m low noise Triax cable terminated at both ends with 3-slot triax male plug. Used to connect from the shielded box to the Source Measure Unit (SMU).

1.0m low noise Triax cable terminated at both ends with 3-slot triax male plug. Used to connect from the shielded box to the Source Measure Unit (SMU).      

1.0m low noise Triax cable made from premium TRC-50-1 Triax cable and terminated at both ends with 3-slot triax male plug. Used to connect from the shielded box to the Source Measure Unit (SMU). Suitable alternative for the 16494A and 4200-TRX triaxial cables.

1.5m low noise Triax cable terminated at both ends with 3-slot triax male plug. Used to connect from the shielded box to the Source Measure Unit (SMU).

2.0 m low noise Triax cable terminated at both ends with 3-slot triax male plug. Used to connect from the shielded box to the Source Measure Unit (SMU).

3.0 m low noise Triax cable terminated at both ends with 3-slot triax male plug. Used to connect from the shielded box to the Source Measure Unit (SMU).

The Monozoom microscope range fitted to our probe stations offers greater flexibility by combining the features of a traditional microscope with two eyepieces for live view and with a simple pull of the lever converts to a digital microscope whilst leaving the left eyepiece unaffected.

Offering a 6.67 zoom ratio (1.5x-10x) it can be fitted with different objectives (0.75 to 5.0X) at the bottom to give 1650X magnification.

See attached datasheet for table to give you the optimum field of view and magnification for your needs.

Coaxial lighting stage offers the best image quality.

The Photonic Probe station is designed to allow flexible positioning of optical fibre to the device under test DUT. The fibre can be precisely positioned (course and fine adjustment) from vertical to 60 degrees from vertical. (we can also offer horizontal alignment. The pitch or theta can also be adjusted by ±12 degrees 0.05° resolution.

Using our EB-005 micropositioners we can offer you either 0.7µm (100TPI) or 0.35µm (200TPI) positioning in X, Y and Z axis.

• 5 axis of fibre positioning
• Monozoom Microscope
• Microscope X-Y panning ±25mm with optional microscope tilt.
• Precision coaxial chuck stage
• Fibre Optic, DC, RF and mmWave heads
• Optional Heated Chuck
• Optional Anti-vibration table or table-top.

Please contact us to discuss in more information. 

EverBeing hot chucks are capable of heating your device under test up to 700°C. Selection ranges depending on chuck size and maximum required temperature for your experiments.

• Chuck size of: 2″, 4″, 6″, 8″, 12″
• Temperature range C 100/200/300/400/500/600/700
• Temperature accuracy  +/- 0.5°C
• Stainless steel chuck
• Water Cooling Tank Optional 

The EverBeing R-2 Four-Point Probe System is one of the simplest devices for measuring sheet resistance, resistivity, and conductivity of materials. To be used in conjunction with your existing Source Measure Unit (SMU) or current source and volt meter. 

Standard pin spacing 1.5mm (62.5mil) and 45 gram spring tension.  

The probe tip holder is the mechanism between the micropositioner & the probe tip. We offer the screw nut tip holder with standard, coaxial and triaxial electrical connections.

The probe tip holder is the mechanism between the micropositioner & the probe tip. We offer the screw tip holder with standard, coaxial and triaxial electrical connections.

The Everbeing shielded box or dark enclosure is used to help reduce interference from ambient light, stray electrical signals or a lockable enclosure for safety.

• Required for low current measurement
• Electrical interference isolation
• Electrical feedthrough interface integrated

These semi-flexible RF cables as ideal alternatives to Multiflex, T-Flex and Flexiform cables used in defence, security and test system applications.

• SMA Plug(M) to SMA Plug(M)
• 0.085 blue flexible cable
• 1.5 metres long,
• 18GHz,
• Jacket OD 2.64 mm,
• 50ohm.
• Max. attenuation 2.56dB/m at 10GHz.
• Capacitance (pF/ft.) 96.5 pF/M 29.4 pF/ft

The probe tip holder is the mechanism between the micropositioner & the probe tip. We offer the spring tip holder with standard, coaxial and triaxial electrical connections.

The SR-4 Four-Point Probe System is an easy-to-use tool for the rapid measurement of sheet resistance, resistivity, and conductivity of materials. To be used in conjunction with your existing Source Measure Unit (SMU) or current source and volt meter. Head Up/Down 10mm, Probing,  Z Resolution = 1Micron.

General purpose EverBeing Tungsten probe tips, 32mm long, available in sizes 0.35 μm to 200 μm suitable for piercing oxide layers. Low cost, low contact resistance, durable.

• Tungsten material
• Sizes 0.35μm to 200μm
• 20 mil shank diameter
• 32mm length
• Sold in boxes of 10 (quantity price breaks for 5+/10+/25+/50+)
• Optional gold plating
• Beryllium Copper (BeCu) also available BC20 Series

We can provide a full range of probe tip sizes and types for DC to RF measurements.

Gold Plated solid tungsten probe tips offer a reduced contact resistance, used to probe soft or gold contacts/pads

• Solid tungsten gold plated
• Sizes 5.0μm to 500μm
• 20 mil shank diameter
• 32mm length
• Sold in boxes of 10 (quantity price breaks for 5+/10+/25+/50+)
• Solid Tungsten also available T20 Series
• Beryllium Copper (BeCu) also available BC20 Series

High Voltage tubular type tip holder. Tip holder shielded for up to 3kV. Manufactured using the Keithley 2657 SHV-CA-553 cable for use with the Keithley 2657 High Voltage SMU or Keithley 4200.

The probe tip holder is the mechanism between the micropositioner & the probe tip. We offer the tubular tip holder with standard, coaxial and triaxial electrical connections.

We can offer 6 models of vibration isolation tables, either table top for probe station or microscope or 36 inch isolation tables are available to isolate your probe station or any other equipment that needs to be isolated from the ground.  

• Active Air Cushion
• Isolates Vibrational Source from Ground
• Adjustable Guard Rail to Prevent contact to table

The GGB Industries, Inc., line of CALIBRATION SUBSTRATES allows the user to calibrate any GGB Industries, Inc., microwave Picoprobe® at the probe tip. The underlying principal of the calibration of a measurement system is to provide accurate known standards to which the measurement system can be connected. Each calibration substrate contains highly precise elements for calibrating out the unavoidable errors and losses in a microwave network analyser, its associated cabling, and the microwave probe to ensure accurate on-wafer testing.

• Supports Precise SOLT, LRL/TRL, and LRM/TRM calibrations
• Includes CalKit software for easy loading to Network Analyser
• Wide pitch range from 30 to 2,540 microns
• Suitable for all Picoprobes® from DC to 220 GHz
• Available for GS, SG, GSG Footprints
• Convenient alignment structures
• Individually tested and trimmed to exacting standards

The GGB Industries PICOPROBE® Dual / Differential Microwave Probe consists of two separate probes mounted on a single holder.

Dual Microwave Probes with frequencies up to 110GHz are available. Choose from either the Model 40A (2.9mm connector), Model 50A (2.4mm connector) Model 67A (1.85mm connector) or the Model 110H (1.0mm connector).

• Ground to signal spacing from 50 to 2540 microns
• Signal to signal spacing is user adjustable
• Same performance as individual Model 40A, 50A, 67A, and 110H probes
• Patented coaxial design
• Differential calibration substrates available for two, three and four port calibrations

The PICOPROBE® Model 12C active probe by GGB Industries is an ideal accessory for our probe stations and micropositioners. High input impedance, low input capacitance, can be mounted on any micropositioner for use with any probing system.

The PICOPROBE® MODEL 34A is designed to connect to the mounted onto our EB-050 and EB-005 micropositioners to help prove high frequency circuit designs. The Model 34A achieves its bandwidth using just one probe point without sacrificing performance.

The GGB Industries Model 40A microwave Picoprobe gives an insertion loss of less than 0.8 db and a return loss of greater than 18 db through 40 GHz. With its individually spring loaded Beryllium-Copper or optional Tungsten tips, the Model 40A provides reliable contacts, even when probing non-planar structures. Available in any pitch (tip spacing) from 50 to 1250 microns. The probe can be configured with Ground-Signal-Ground (G,S,G), Ground-Signal (G,S), or Signal-Ground (S,G) tip footprints.

Please call us to configure the GGB Picoprobe to your exact needs.

The GGB Industries Model 67A microwave Picoprobe gives an insertion loss of less than 1.1 db and a return loss of greater than 14 db through 67 GHz. With its individually spring loaded Beryllium-Copper or optional Tungsten tips, the Model 67A provides reliable contacts, even when probing non-planar structures. Available in any pitch (tip spacing) from 50 to 1250 microns. The probe can be configured with Ground-Signal-Ground (G,S,G), Ground-Signal (G,S), or Signal-Ground (S,G) tip footprints.

Please call us to configure the GGB 67A Picoprobe to your exact need, configuration, pitch and mounting style.

The GGB Industries range of MULTI-CONTACT WEDGE are designed to your individual test needs. This allows flexibility because it is custom configured to your circuit. Four Wedges can be used at the same time to probe a complete chip in a North-South, East-West configuration.

• Durable
• DC to 40, 50, 67 or 110 GHz Mix RF and DC
• Contacts Up to 9 RF probes per side
• For MMIC or Module probing
• Individually spring loaded contacts
• Inexpensive, fast, custom fabrication
• Each wedge custom made to your layout
• Patented coaxial design

The Keithley model KUSB-488B USB-to-GPIB interface turns any computer with a USB port into a fully functional GPIB controller. Its small form makes the KUSB-488B suitable for use with laptop computers in portable applications and for applications in which the computer has no available PCI plug-in board slots. The adapter is USB 2.0 compliant.

• Power (current @ 5Vdc): 500mA
• Transfer speed 1.5Mb
• Operating temperature 0 → 55°C (10 → 90% RH non-condensing)
• European Directive 2004/108/EEC

NOTE: This is an ex-demo unit with a 40% saving off the list price.

• 25 pieces. With following items included:
• SMA (M)/(F) – N Type (M)/(F), SMA (M)/(F) – F Type (M)/(F), Type N (F) – (F), SMA (M)/(F) – UHF (M)/(F), BNC (M)/(F) – SMA (M)/(F), SMA (M)-(M) – SMA (F)-(F), SMA (M) – (F), SMA (M) –(F) Right Angle,
• Attenuator 20dB, 2W, SMA (M) – SMA (F), 
• 5cm Loop Near Field Probe, 9Khz to 3GHz SMA (F) 
• SMA (M) – SMA (M) RF Cable Assembly.
• Storage Case

Optical glass grade microscope calibration slide with 4 calibration sections

• 1cm scale (1 Division = 0.1mm)
• 5mm circle with 1mm crosshairs with 50 µm squares in centre
• 150 µm calibration dot
• 75 µm calibration dot

1.3 Megapixel sensor for general purpose inspection from 20-200 times magnification with the added benefit of wireless and wired operation, Automatic Magnification Reading (AMR), Flexible LED Control (FLC), Enhanced Dynamic Range (EDR), Barcode Reader. Comes with WF-20 rechargeable wireless adapter to allow both wired and wireless operation. Dinolite WF4915ZT

The main features of the WF4915ZTL are: 1.3 Megapixel sensor for general purpose inspection from 20-200 times magnification with the added benefit of wireless and wired operation, Automatic Magnification Reading (AMR), Flexible LED Control (FLC), Enhanced Dynamic Range (EDR), Barcode Reader. Long Working Distance (LWD). Dinolite WF4915ZTL

Ideal accessory for our range of Everbeing range probe stations to hold the silicon wafer onto the chuck.

• CE Marked
• Fused with on/off switch.
• Low maintenance
• Tube 3mm ID x 5mm OD silicon tube (sold separately)
• Enclosed Vacuum Pump -33.3 kPa (-250 mm Hg, -333 mbar, -9.84 in. Hg) at 7 l/min

With the addition of the LA71069 P-100 Hand-held vacuum pick-up tool and the LA71143-0 stand makes this a standalone system for handling electronic parts such as ICs and LSIs. Alternatively, the vacuum Pen and stand can be used as an accessory for handling wafers and devices on our probe stations.

Small, lightweight, oil-less vacuum pump rated at 7 litres /min at -33.3 kPa (-250 mm Hg, -333 mbar, -9.84 in. Hg). Designed for use with our range of probe stations to secure the wafer or specimen under test onto the chuck.

Suitable for handling electronic parts such as ICs and LSIs etc. CE Marked.

Bare flying leads to be installed or wired into your own enclosure.

Small, lightweight, oil-less vacuum pump rated at 3 litres /min at -53.3 kPa (-400 mm Hg, -533 mbar, -15.7 in. Hg). Designed for use with our range of probe stations to secure the wafer or specimen under test onto the chuck.

Suitable for handling electronic parts such as ICs and LSIs etc. CE Marked.

Bare flying leads to be installed or wired into your own enclosure.

The Precision Adapter with N-Type Male to SMA Female connectors is used to connect a SMA cable to the N-Type port of a piece of test equipment like a Spectrum analyser or VNA.

The AT36A-1041 is a high quality RoHS Compliant connector manufactured to MIL-STD-348A with a Beryllium Copper, Gold Plated (MIL-G-45204) centre contact and a Stainless Steel SU303 (Polished/Passivated) housing giving a VSWR ≤1.15:1.

Rigol NFP-3 Near Field Probe Set 30MHz to 3GHz. Includes 4 probe types, 1m lead BNC (M)-SMB (F), Adapter N-Type(M)-BNC(F), storage case.

The SRS CS580’s low cost ultra-low noise design makes this a low cost alternative to more expensive competitor models on the market.

With up to ±50 V compliance voltage, the CS580 can source and sink precision AC and DC currents from 100 fA to 100 mA.  Current is both sourced and sinked with adjustable compliance voltage up to ±50 V, giving full “four-quadrant” performance. The CS580 is a welcome addition to any research lab studying semiconductors and transport phenomena, Superconductivity, and nanotechnology, to name just a few.

• Sources/sinks current from 100 fA to 100 mA
• ±50 V compliance voltage
• 1 nA/V to 50 mA/V gain
• 5 W max power
• RS-232 and optical fiber interfaces
• Low thermal drift
• Up to 150 kHz bandwidth
• Supplied with 6ft triax-to-alligator cable

• ±100 VDC range
• True 6-digit resolution
• 1 ppm/°C stability
• 0.0025 % accuracy (1 yr.)
• Triggerable voltage scans
• Low-noise design
• Linear power supply
• RS-232, USB and fiber optic interfaces

• Low-noise, precision DC source
• Sources voltage up to ±32 V
• Sources current up to ±240 mA
• 4 quadrant operation
  (voltage/current source/sink)
• 5½-digit output resolution
• Output sequences (up to 1k steps)
• Data logging and USB mass storage
• Multi-unit synchronization
• GPIB, ethernet & RS-232 interfaces

Vibration isolated lab equipment tables for a wide range of applications including scanning probe microscopy, confocal microscopy, interferometry and optical metrology.

• Unique new table-top design (patent pending) combines the best features of TMC's CleanTop steel honeycomb tops with our ultra-stiff, damped, layered platform design.
• Greater stability, especially for small size tables. The low profile, high density tops lower the overall floating center-of-mass ensuring inherently stability, even for relatively top-heavy payloads.
• Guided thread lead-ins to align screws with tapped holes. The "bevel" shape eases engagement of the first thread.
• Ergonomics optimized for the seated user by minimizing the thickness of the table-top. Other designs either offer 100 mm, 4 in. thick tops which awkwardly separate knees and elbows or sacrifice essential mass by offering a 50 mm, 2 in. thick honeycomb top which does not have adequate massfor effective vibration isolation, especially for smaller table sizes.