Standard/Sizes
![High voltage probe holder HV-T-3KV](/uploadfiles/2024/05/20240524193413718.png?M0tW5aS55YW3IOaWueW6lS5wbmc=)
High voltage probe holder HV-T-3KV
Specification:Maximum test voltage: 3KV
Leakage flow (tip diameter 20um): 5pA/3000KV
Working temperature: -55℃~300℃
Interface: HV male (female)
Size:152*99*42mm
Features:1. Ultra-low leakage. 2. Easy to use and simple probe replacement. 3. Large height adjustable range.
![Triaxial Probe Holder T2H/T2L](/uploadfiles/2024/05/20240524193602977.jpg?5LiJ6L20LmpwZw==)
Triaxial Probe Holder T2H/T2L
Specification:Leakage (tip diameter 20um): 100fA/10V
Working temperature: -55℃~300℃
Interface: three-axis male (female)
Size:T2H:135*80*38mm
T2L:115*100*41mm
Features:1. Ultra-low leakage. 2. Easy to install.
![Coaxial Probe Holder C2H/C2L](/uploadfiles/2024/05/20240524193711496.jpg?5ZCM6L205aS55YW3LmpwZw==)
Coaxial Probe Holder C2H/C2L
Specification:Leakage (tip diameter 20um): 10pA/10V
Working temperature: -55℃~300℃
Interface: three-axis male (female)
Size:C2H:135*80*38mm
C2L:115*100*41mm
Features:1. Ultra-low leakage. 2. Easy to install.
![Radio Frequency Adjusting Holder RF2](/uploadfiles/2024/05/20240524193812987.jpg?5bCE6aKR6LCD6IqC5py65p6EUkYyLkpQRw==)
Radio Frequency Adjusting Holder RF2
Specification:Multi-point probe leveling knob, adjustable ±8°
Accuracy 0.1°
Wide travel range adjustment, the front and rear travel range is 40mm, and the up and down travel range is 22mm.
Size:Regular
Features:Mostly used for X series semi-automatic and C series high-low temperature probe stations
![Radio Frequency Adjusting Holder RF3](/uploadfiles/2024/05/20240524193915811.jpg?5bCE6aKR6LCD6IqC5py65p6EUkYzLkpQRw==)
Radio Frequency Adjusting Holder RF3
Specification:Multi-point probe leveling knob, adjustable ±8°
Accuracy 0.1°
Size:Regular
Features:Suitable for probe stations with octagonal box structure Mostly used for X series semi-automatic and C series high-low temperature probe stations High current, shunt probes available
Annex
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Selection steps
First, select the model of the pin seat according to the size of the test electrode, and then determine the use of ordinary cable, coaxial cable or three-axis cable at the back end of the probe fixture according to the telecom test accuracy. Finally, pay attention to the mechanical precision of the pin seat when choosing whether to use spiral, spring or tubular for the mechanical fixed parts of the fixture.
For more information about this product, you can download the product manual.