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Amphenol CS PV® Crimp-To-Wire System

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Amphenol CS PV® crimp-to-wire system

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The innovative PV® crimp-to-wire system connects discrete wire to printed circuit boards. High reliability dual-metal receptacle terminals plug to industry standard 0.025inch (0.635mm) square posts. A variety of containment, protection and guidance options are available for both sides of the connector interface.

Wire side- PV® receptacle terminals can be terminated to wire and used discretely or inserted to multiple-circuit, MINI-LATCH connector housings that include optional polarizing keys.

Printed Circuit side- Shrouded multiple-post, headers include an integral friction feature that grips the sides of the mating MINI-LATCH housings and reduces the risk of disengagement. Other Amphenol CS header options include discrete staked pins or BergStik® un-shrouded headers.

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Features/Applications

Table

Features	Applications
Unique dual-metal PV® receptacle contact A beryllium copper spring Brass contact body Choice of three different spring pressures Shrouded header side walls engage with the sides of the MINI-LATCH housing Keyed MINI-LATCH housings and header keyways Two wall header design	Maintains contact pressure through 1000 mating cycles Provides high normal force at the mating interface Produces a reliable, gas-tight crimp termination Allows the user to customize insertion and withdrawal forces to individual application requirements Provides additional retention Provide polarization to prevent mis-mating Provides mechanical benefits plus economy	Communications Data Consumers Industrial and instrumentation Instrumentation Industrial equipment White goods Medical Military and avionics Automotive electronics

Features

Applications

Unique dual-metal PV® receptacle contact
A beryllium copper spring
Brass contact body
Choice of three different spring pressures
Shrouded header side walls engage with the sides of the MINI-LATCH housing
Keyed MINI-LATCH housings and header keyways
Two wall header design

Maintains contact pressure through 1000 mating cycles
Provides high normal force at the mating interface
Produces a reliable, gas-tight crimp termination
Allows the user to customize insertion and withdrawal forces to individual application requirements
Provides additional retention
Provide polarization to prevent mis-mating
Provides mechanical benefits plus economy