72 Series Probe Holder
Probe Holder, malleable with 1-4 inch shaft and set screw probe tip holder.
Requires manipulator (order separately).
Designed to work with all Micromanipulator manipulators and 7-series tips (order separately).
Lead wire terminates in a circular eye connector with an approximately 1/16 inch (1.6mm) hole for connection to measurement instruments.
Malleable body allows for customer to shape as needed.
Total body length = 1″ – 4″ (Select when ordering)
Standard Model Available below – Other lengths available, please contact us for details
75-6000-R-XX Probe Holder
Lead wire terminates in a circular eye connector with an approximately 1/16 inch (1.6mm) hole for connection to measurement instruments.
Total body length = 1-7/8”.
Universal Single Wire
75-8000-R-XX Probe Holder
Lead wire terminates in a circular eye connector with an approximately 1/16 inch (1.6mm) hole for connection to measurement instruments.
Total body length = 3-1/8 ”.
Total body drop (by bent body) = 1-1/4”.
Universal Single Wire
79-6000-R-03 Coaxial Probe Holder
30″ long signal wire with male coaxial connector for connection to measurement instruments.
Total body length = 1-7/8”.
Coaxial
79-8000-R-03 Coaxial Probe Holder
30″ long signal wire with male coaxial connector for connection to measurement instruments.
Total body length = 3-1/8 ”.
Total body drop (by bent body) = 1-1/4”.
Coaxial
79-6000-T-03 Triaxial Probe Holder
30″ long signal wire with male triaxial connector for connection to measurement instruments.
Total body length = 1-7/8”.
Triaxial
79-8000-T-03 Triaxial Probe Holder
30″ long signal wire with male triaxial connector for connection to measurement instruments.
Total body length = 3-1/8 ”.
Total body drop (by bent body) = 1-1/4”.
Triaxial
79-6000-HV-03 High Power Probe Holder
30″ lead wire terminates in male banana plug for connection to measurement instruments.
Total body length = 1-7/8”.
High Power
High Power Probe Holders
Our Supplier can make mostly any high power probe. However, we have a series of probe holders designed to operate with most Keithley and Keysight power sources and analysers.
High Power
79-6000-D-03 Kelvin Probe Holder
Kelvin probe holders provide the benefits of a probe holder with the two cable output of a Kelvin probe. The wiring configuration joins the centre conductors of the two cables at the probe tip holder. The shields are joined just outside the tubular body. The outer most shields are connected to a ground wire and clip. The triaxial Kelvin probe holders have a two tubular body construction. Kelvin probing with a single point rather than duel points (per probe) eliminates the problem of planarity and contact uniformity. Plus the single probe holder reduces the expense of two probe holders and two manipulators. This probe holder is ideal for applications where platen space is at a premium and where contact space is difficult or limited.
Dual Force and Sense 30″ long signal wires with male coaxial connectors for connection to Kelvin measurement instruments.
Total body length = 1-7/8”.
Triaxial
79-6000-TD-03 Kelvin Triaxial Probe Holder
Kelvin probe holders provide the benefits of a probe holder with the two cable output of a Kelvin probe. The wiring configuration joins the centre conductors of the two cables at the probe tip holder. The shields are joined just outside the tubular body. The outer most shields are connected to a ground wire and clip. The triaxial Kelvin probe holders have a two tubular body construction. Kelvin probing with a single point rather than duel points (per probe) eliminates the problem of planarity and contact uniformity. Plus the single probe holder reduces the expense of two probe holders and two manipulators. This probe holder is ideal for applications where platen space is at a premium and where contact space is difficult or limited.
Dual Force and Sense 30″ long signal wires with male triaxial connectors for connection to Kelvin measurement instruments.
Total body length = 1-7/8”.
Triaxial
79-8000-D-03 Kelvin Probe Holder
Kelvin probe holders provide the benefits of a probe holder with the two cable output of a Kelvin probe. The wiring configuration joins the centre conductors of the two cables at the probe tip holder. The shields are joined just outside the tubular body. The outer most shields are connected to a ground wire and clip. The triaxial Kelvin probe holders have a two tubular body construction. Kelvin probing with a single point rather than duel points (per probe) eliminates the problem of planarity and contact uniformity. Plus the single probe holder reduces the expense of two probe holders and two manipulators. This probe holder is ideal for applications where platen space is at a premium and where contact space is difficult or limited.
Dual Force and Sense 30″ long signal wires with male coaxial connectors for connection to Kelvin measurement instruments.
Total body length = 3-1/8 ”.
Total body drop (by bent body) = 1-1/4”.
Triaxial
79-8000-TD-03 Kelvin Triaxial Probe Holder
Kelvin probe holders provide the benefits of a probe holder with the two cable output of a Kelvin probe. The wiring configuration joins the centre conductors of the two cables at the probe tip holder. The shields are joined just outside the tubular body. The outer most shields are connected to a ground wire and clip. The triaxial Kelvin probe holders have a two tubular body construction. Kelvin probing with a single point rather than duel points (per probe) eliminates the problem of planarity and contact uniformity. Plus the single probe holder reduces the expense of two probe holders and two manipulators. This probe holder is ideal for applications where platen space is at a premium and where contact space is difficult or limited.
Dual Force and Sense 30″ long signal wires with male triaxial connectors for connection to Kelvin measurement instruments.
Total body length = 3-1/8 ”.
Total body drop (by bent body) = 1-1/4”.
Triaxial
44-6000-S-NA Probe Holder with Integrated Tip
Integrated female SMA connector for connection to measurement instruments.
Total body length = 1-7/8”.
Coaxial
44-8000-S-NA Probe Holder with Integrated Tip
Integrated female SMA connector for connection to measurement instruments.
Total body length = 3-1/8 ”.
Total body drop (by bent body) = 1-1/4”.
Coaxial
44-6000-V-NA Probe Holder with Integrated Tip
Integrated female UMC connector for connection to measurement instruments.
Total body length = 1-7/8”
Coaxial
44-8000-V-NA Probe Holder with Integrated Tip
Integrated female UMC connector for connection to measurement instruments.
Total body length = 3-1/8 ”.
Total body drop (by bent body) = 1-1/4”.
Coaxial
44-6000-D-NA Probe Holder with Integrated Tip
Integrated dual Kelvin (Force and Sense) female UMC connectors for connection to Kelvin measurement instruments.
Total body length = 1-7/8”.
Coaxial
44-8000-D-NA Probe Holder with Integrated Tips
Integrated dual Kelvin (Force and Sense) female UMC connectors for connection to Kelvin measurement instruments.
Total body length = 3-1/8 ”.
Total body drop (by bent body) = 1-1/4”.
Coaxial
Active Probe Holders
| Model |
| PP-12C DC-500Mhz |
| PP-18C DC-350Mhz |
| PP-19C DC-350Mhz |
| PP-28 DC-1Ghz |
| PP-29 DC-1Ghz |
| PP-34 DC-3Ghz |
| PP-35 DC-26Ghz |
High Frequency Probe Holders
| PP40A-DC-40GHz | PP50A-DC-50GHz | PP67A-DC-67GHz | PP50 WR22-33-50GHz | PP75 WR15-50-75 GHz | PP120 WR10-75-100 GHz | PP220 WR5-140-220GHz | PP325 WR3 – 220GHz-325GHz | |
| Any Pitch from-to | from 50 to 2540 microns | from 50 to 1250 microns | from 50 to 1250 microns | |||||
| Freq Range | DC to 40 GHz | 140 to 220 GHz | 220 to 325 GHz | |||||
| Insertion loss | < 0.8 db | < 1.0 db | < 1.1db | 1.0 db max | 1.25 db max. | 1.75 db max (75 to 110 GHz) | 2.0 dB typ. | 2.0 dB typ. |
| Return loss | > 18 db | > 18 db | > 14db | 15 db max | 15 db max. | 15 db max (75 to 110 GHz) | 15 dB typ. | 15 dB typ. |
| Measurement repeatability | better than -80db | -80db | -80db | -55 db | -50 db | -50 db | ||
| Configuration Available in/with | standard or dual differential | standard or dual differential | standard or dual differential | with and without bias T | with and without bias T | with and without bias T | with and without bias T | with and without bias T |