PROBE OPTIONS
1.02mm
(.040”)
COMPRESSED HEIGHT
4 mm
6 mm
COMPRESSED HEIGHT
6 mm BIAS BALL
COMPRESSED HEIGHT
TERMINATIONS
SURFACE MOUNT
THRU HOLE
SOLDER CUP
C SERIES
PROBE
1.57mm
(.062”)
HEIGHT WILL
VARY BASED
ON PROBE
0.94mm
(.037”)
STROKE
0.67mm
(.026”)
STROKE
6.00mm
(.236”)
2.50mm
(.098”)
STROKE
2.0mm
(.079”)
STROKE
1.98mm
(.078”)
STROKE
1.52mm
(.060”)
STROKE
1.96mm
(.077”)
1.96mm
(.077”)
1.96mm
(.077”)
1.96mm
(.077”)
BLOCK
3.78mm
(.149”)
4.00mm
(.157”)
6.00mm
(.236”)
1.88mm
(.074”)
2.49mm
(.098”)
0.64mm
(.025”)
2.49mm
(.098”)
1.42mm
(.056”)
2.84mm
(.112”)
.25mm
(.010”)
BENEFITS
FEATURES
Smiths Connectors’ new Dovetail Connector Series features C Series Probes, renowned
for their incomparable shock and vibration performance, housed in a patent pending
block design. The symmetrical blocks interlock to allow for simple configuration into any
imaginable X-Y pattern. A multitude of probe options permit the benefits of a custom
connector design such as intermixing of power and ground functions within the same
array. Available for immediate delivery with no tooling required, the Dovetail Connector
eliminates the time and expense associated with typical prototype and low to medium
volume manufacturing activities.
&
GROUND
POWER
GROUND
POWER
GROUND
POWER
PERFORMANCE
SHOCK & VIBRATION TESTING
Smiths Connectors’ advanced C Series Probes offer exceptional compliance and design
flexibility in a wide range of applications. To enhance the capability of the series in military
applications, a version was developed which uses a bias ball design to guarantee
electrical performance especially in terms of vibration and shock.
Thorough shock and vibration testing revealed that the C Series Probes passed
vibrations tests >15G and shock tests >50G regardless of the internal biasing technology.
During the resonance frequencies testing, the 15G input resulted in levels up to 120G
(Radial direction) and 60G (Axial direction) at the interface between PCB and spring
probe plunger.
After more than 10 hours of vibration and shock testing, the contact surfaces of the spring
probe tip and PCB are still free of any wearing or fretting corrosion with near perfect
surface finish.
Patent Pending
PROBE SPECIFICATIONS
4 mm
Compressed Height
Pitch:
2.54mm (.100”)
Typical Resistance:
< 10 mΩ
Current Rating*:
10 amps continuous
VIBRATION X AXIS
140
120
FIXTURE X (input)
Top PCB
Acceleration at plunger/top
PCB interface > 120 G
IMMEDIATE DELIVERY
Ideal for high mix, low to medium
volume manufacturing scales
DOVETAIL DESIGN
Interlocking features permit
population to a wide range
of footprints
Spring Force:
85g (3.0 oz) @ working travel
F
C3
6 mm
Compressed Height
Pitch:
2.54mm (.100”)
Typical Resistance:
< 10 mΩ
Current Rating*:
10 amps continuous
Spring Force:
82g (2.9 oz) @ working travel
ACCELERATION LEVEL (G)
100
80
60
40
20
0
F
C4
CUSTOM
CONFIGURATIONS
PROBE DIVERSITY
F
C1
F
C2
Available individually or
pre-configured to meet
application specific requirements
A variety of termination styles,
signal path lengths and
performance functions are
accommodated within a
uniform block design
6 mm Bias Ball
Compressed Height
Pitch:
2.54mm (.100”)
Typical Resistance:
< 10 mΩ
Current Rating*:
15 amps continuous
Spring Force:
130g (4.6 oz) @ working travel
*Current ratings typical of single probe in ambient environment
140
120
ACCELERATION LEVEL (G)
100
80
60
40
20
0
0
200
400
600
800
1200
1000
FREQUENCY (Hz)
1400
1600
1800
2000
VIBRATION Z AXIS
FIXTURE Z (input)
Top PCB
DURABILITY
Acceleration at plunger/top
PCB interface > 60 G
F
C3
F
C4
F
C5
Consistent performance across broad temperature ranges
Perfect for RF, high speed and mixed signal connections
Minimal insertion and return loss for signals up to 10 GHz
Superior continuity in high shock and vibration environments
Consistent, low resistance through tens of thousands of connections
F
C1
F
C2
0
200
400
600
800
1200
1000
FREQUENCY (Hz)
1400
1600
1800
2000
*
See back for ordering information
Microcontroller MCU
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