LXI Low-Frequency Matrices
Our LXI low-frequency matrices provide complete flexibility for connecting test equipment and the unit under test (UUT)
together and are compliant with LXI Standard 1.4
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Product
Low-Thermal EMF LXI Matrices
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Pickering low-thermal EMF LXI matrices offer excellent thermal stability and substantially reduced thermal EMF figures when compared to a conventional switching matrix. Typical applications include signal routing in automatic test equipment, selecting thermocouple inputs, switching amplifier gain circuits and high accuracy DC microvolt measurements.
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Product
High-Voltage LXI Modules
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Our high-voltage LXI modules are ideal for applications where a simple start-up process is needed and for applications requiringcontrol over large distances.
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Product
High-Power LXI Matrix Modules
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Pickering's high-power LXI matrices are a single pole module available in a variety of configurations and are suitable for power signal routing in large automatic test equipment (ATE) systems. They are available with a selection of X and Y sizes as well as partially populated configurations.
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Product
LXI High-Density Matrix
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Our LXI High-Density Modules are single and double pole matrices available in a wide range of configurations including versions with the added flexibility of dual analog bus. These high-density matrices are ideal for signal routing in large automatic test equipment (ATE) systems and are suitable for applications where a simple start-up process is required and for applications requiring control over large distances.
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Product
LXI Low-leakage Switched Guard Switching Solutions
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These solutions are designed for very low current-driven guard measurements in semiconductor parametric test applications such as WAT (wafer acceptance testing). They are based on the switched guard design principle, and the overall designs assure isolation resistances of up to 1013Ω. This high level of isolation resistance ensures accurate and reliable measurements, making our products ideal for high-precision semiconductor testing.
