Everett Charles Technologies Non Magnetic

Probes for Reliable Sensor Testing with Full Temperature Range

Everett Charles Technologies (ECT) expands its product portfolio with non-magnetic spring probes for test applications, which are based on the measurement of the earth′s magnetic field in the full ambient/hot/cold temperature range. ECT non-magnetic probes ensure accurate, reliable and repeatable measurement of the earth′s magnetic field and the yaw rate movement in any of the three axes without interference from the test probes.

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New Battery Probe from Everett Charles Technologies:

Performance Off-the-Shelf with the New ECT CP-4 Probe

Everett Charles Technologies (ECT) recently expanded its portfolio of Battery Interconnect Probes by adding the CP-4 probe. CP-4 is a standard off-the-shelf solution, which has been designed specifically for rigorous high reliability applications. CP-4 combines the low technical risk, fast delivery and high economies of scale of a typical standard product with the extraordinary electrical performance and reliability resulting from ECT’s extensive spring probe knowledge of materials and platings.

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High Performance Probe for Lead-Free Fine Pitch PCBA Test Applications

Everett Charles Technologies launches LFRE-39 probe

Everett Charles Technologies (ECT) introduces the LFRE-39 spring probe to complete its comprehensive portfolio of products for lead-free test applications.  LFRE-39 features ECT’s LFRE™ plating and is designed to meet fine pitch requirements down to 39 mil (1.0 mm). The LFRE-39 fully meets the demanding requirements of high volume production in-circuit and functional test.

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Everett Charles Technologies to Exhibit at Space Tech Expo 2016

Leading Probe and Connector Solutions for Challenging Applications

Everett Charles Technologies (ECT) will exhibit its leading probe and connector solutions for the military and aerospace market at the upcoming Space Tech Expo scheduled to take place May 24-26, 2016 at the Pasadena Convention Center, California.

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ECT Accordion™ Technology Used for Innovative High Current Connector Solution

Innovative interconnect design exceeds the limitations of standard spring probes

Everett Charles Technologies (ECT) has developed a customized high current connector for testing electrical power components based on an unprecedented design using ECT’s Accordion™ compliant contacts. In addition to the demanding high power performance this challenging application called for a cutting-edge connector design to comply with the extremely small space limitations and contact surfaces.

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Meeting the Needs of OEM Applications: New Everett Charles Technologies Battery Probes

Four new members in the ECT BIP family – specifically designed for the OEM market

Everett Charles Technologies (ECT) recently expanded its portfolio of Battery Interconnect Probes by adding four new probes to the well-established BIP family: BIP-8, BIP-9, BIP-10 and BIP-12. These new products provide customers additional options for overall length, compliance, mounting and force.

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ECT Introduces the SPP-25 Spring Probes for Solar Panel Test

Leveraging contacting expertise for non-destructive measurements

ECT’s SPP-25 probes are designed specifically to support non-destructive electrical contact at various stages of test during the fabrication process of solar photovoltaic (PV) products. ECT’s reliable and effective solution is well suited for high volume production test which is needed as volumes increase due to alternative energies becoming more mainstream.

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ECT’s ZIP™ Z0 RF Spring Probe for Semiconductor Test Exceeds Customer Expectations

ZIP probes built from HyperCore™ base material provides superior performance in high volume production

Everett Charles Technologies (ECT) successfully won a head-to-head evaluation of ZIP probes with the HyperCore™ material option in a high volume production environment at a large Chinese OSAT. The Z0 probes reached 450k insertions more than doubling the life of the competitor’s spring probe while exceeding first pass yield expectations.

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Compliant Connectors Designed to the Project Specifications

Everett Charles Technologies leverage RF simulation expertise to optimize electrical performance of custom connector solutions

Everett Charles Technologies’ (ECT) Compliant Connectors Team successfully developed a custom solution for a demanding medical application in the area of video imaging and endoscopic data. Combining decades of experience in probes with ECT’s expert capability of RF simulation, the solution fully met the mechanical, electrical and environmental specifications while keeping to the customer’s project schedule.

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High Performance Spring Probes for In-circuit and Functional PCBA Test

ECT’s EDGE probe combines leading architecture and materials for lead free applications

Everett Charles Technologies’ (ECT) EDGE probes are the answer to poor first pass yield, short probe life and excessive cleaning cycles, when caused by oxide layer build up or debris, particularly in lead free applications. In volume manufacturing the impact worsens as cycle count increases and elevated levels of debris are transferred to the probe tips.  In many applications effective electrical contact is compromised.

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