Coaxial Socket
Provides RF test socket that responds to outstanding properties and high speed by matching the impedance through unequaled technology and coaxial structure. Signal probe is insulated to have an ideal coaxial structure for controlled impedance matching and high frequency.
Coaxial Structure
- Adjustable Impedance
- Fully Metal Shielding
Benefits
- Impedance control by space between pogo pin and pin hole in the metal housing
- Maintain the coaxial structure is the key Minimize X and Y axis movements when it travels
- Metal housing for ‘Ground Shielding’ to reduce crosstalk
- Normally use different pins for signal
Applications
-
5G
-
Auto
motive
-
IoT
-
Smart
Phone
-
Wearable
Sensors
Technical Characteristics
Mechanical & Environmental
Minimum Pitch |
≥ 0.65mm |
Recommend Stroke |
0.25mm ~ 0.4mm |
Operating Temperature |
-40 ~ 125⁰C |
Life Span |
> 300 k |
Electrical
Loof Inductance |
0.53 nH |
Loof Capacitance |
0.26 pF |
Contact Resistance |
Under 150 mΩ |
Current Capacity |
1.5 A |
Bandwidth |
~ 45 GHz |
Special Dielectric
Why prowell's special materials be applied?
- Possible to change the dielectric constant
→ Benefit of Impedance control.
- Advantageous machining
→ Applicable for the development of fine pitch sockets.
- You can repair by themselves because it is the same structure as normal socket
→ Reduce test shot-down time.
Fine Pitch Coaxial Solution
Mechanical & Environmental
Minimum Pitch |
0.5mm |
Recommend Stroke |
0.25mm ~ 0.5mm |
Operating Temperature |
-40 ~ 125⁰C |
Life Span |
> 300 k |
Electrical
Loof Inductance |
0.74 nH |
Loof Capacitance |
0.42 pF |
Contact Resistance |
Under 100 mΩ |
Current Capacity |
1.0 A |
Bandwidth |
~ 45 GHz |