Radio-frequency probe HFS-840 308 080 A 5343 T Item HFS-840-0074
Radio-frequency probe HFS-840 308 080 A 5343 T Item HFS-840-0074
Please log in to show the price
Login
The prices listed in the scale are displayed rounded, therefore deviation in the total price is possible.
Shipping costs
* The prices are rounded to two decimal places.
Technical data
Product group : | HFS radio-frequency test probes |
---|---|
Series : | HFS-840 |
Sub-series : | HFS-840 |
Grid : | 6.5 mm |
DUT / contact : | 1.0-2.3 |
Installation type : | Plug-in |
DUT interface gender : | F signal conductor female / socket |
Floating mount : | No |
Non-rotating : | Yes |
Continuous plunger : | Yes |
Interface of compatible assembly : | MCX 50 Ohm |
Compatible assembly interface gender : | M signal conductor male / pin |
KS sub-series : | KS-810, press-in version |
Min. temperature : | - 40 °C |
Max. temperature : | + 80 °C |
RoHS-compliant : | RoHS-3;6c |
Outer conductor tip style : | 43 centring for outer side of connector |
---|---|
Outer conductor tip style diameter : | 6 mm |
Spring force of entire outer conductor at working stroke : | 4 N |
Outer conductor working stroke : | 4 mm |
Outer conductor maximum stroke : | 5 mm |
Exchangeable outer conductor : | KO-810143600A |
Outer conductor max. current load capacity : | 10 A |
Inner conductor tip style : | 08 90°conical, self-cleaning |
---|---|
Inner conductor tip style diameter : | 0.8 mm |
Inner conductor tip style material : | 3 CuBe |
Inner conductor tip style surface : | A gold |
Number of inner conductors : | 1 |
Exchangeable inner conductor : | GKS-051-0003 |
Inner conductor working stroke : | 2 mm |
Spring force of each inner conductor at working stroke : | 1.3 N |
Inner conductor maximum stroke : | 3.7 mm |
Inner conductor max. current load capacity : | 3 A |
Frequency range up to : | 4 GHz |
---|---|
Impedance : | 50 Ohm |
Total spring force at working stroke : | 5.3 N |
---|---|
Total length : | 43.9 mm |
Barrel diameter : | 4.5 mm |
Installation height without receptacle : | 12.4 mm |