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Voltage recovery testing (Apple Lightning Cables)*
Quiescent current consumption (Apple Lightning Cables)*
* Apple MFi membership required to run these tests
Combining blazing fast performance with a low cost per test and a rugged design, the Advanced Cable Tester v2 enables rapid spot-checking of cables, easy-to-understand reports, with 100% test coverage for lab and production environments at a fraction of the price, time, and labor versus other solutions. Whether your application is 100% quality control in a factory or statistical process control in a laboratory, the Advanced Cable Tester v2 will provide high precision and accuracy with thorough test coverage, without expensive scopes, custom fixtures, or highly trained personnel, saving hundreds of thousands of dollars.
Continuity testing checks all pins for opens, shorts, and fundamentally correct wiring preventing dangerous situations like shorts of VBUS to data signals, VBUS/GND reversal, etc.
DC Resistance ("DCR") testing confirms that each power pin (VBUS and GND) is capable of carrying the required current to meet the applicable specification. For Type-C cables, each power pin is individually measured, then the cable as a whole is tested. Pass/fail criteria ensure that the cable will meet the specification requirements, such as Type-C IR Drop. If present, Type-C SBU and CC lines are also tested for DCR.
E-Marker testing reads the data from any present E-Marker, then validates the advertised data and power capabilities against the actual measured parameters of the cable. Additionally, fields such as Vendor ID, Product ID, Test ID, firmware and hardware versions can be set by the operator, for easy pass/fail determination of cables through a QA process.
Lightning testing ensures proper operation of the Lightning plug, including proper Lighting plug power-up, over-voltage, recovery, and quiescent current testing per the Apple MFi specification.
A REST API is available for integration of the Advanced Cable Tester v2 into a larger test infrastructure. This integration can be very high-level: taking just a real-time pass/fail indication; or much more integrated: retrieving all details for custom processing, analysis, logging, etc.
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Total Phase is a leading provider of embedded systems solutions for engineers all over the world. Our mission is to provide intelligent visibility into embedded systems by creating affordable, high-quality, and powerful tools for anyone working in the embedded systems environment. For years, Total Phase has developed solutions that have become tools of choice for Fortune 500 companies, small businesses, and research institutions alike.
The simplicity, ease of use, and ease of integration of Total Phase products have led to many unique engineering applications. As customers build Total Phase products into their systems, Total Phase actively incorporates their feedback, building solutions that engineers find most valuable. Customers are able to leverage these solutions to build higher-quality products for their own markets.