Omron Electronics Automated Test Equipment (ATE) Solutions
Omron Electronics offers various electromechanical signal and MOSFET relays for IC test systems and handlers. These relays come in small packages that help save board space while providing repeatable performance to improve the lifetime of test instruments and interface boards. Designed for the ATE market, these solutions from Omron Electronics can be utilized in handling mechanisms, control panels, and interface cards, ensuring quality processing and production.Applications
- IC test systems
- IC test handlers
- Semiconductor wafer test systems
- In-circuit testers
- General testers
- Inline test equipment for portable devices and module parts
High Current/Low ON Resistance
These modules boast high currents with low ON resistance to fit the requirements of the ATE market. Despite the small package size, these products have an ON resistance rating as low as 0.05Ω with current carrying requirements of up to 4.5A, aligning with the needs of power switching while saving board space.
Low CxR
Featured models offer low OFF state capacitance by ON state resistance to fit the needs of ATE market applications. These products offer small package sizes and ratings as low as 2pFΩ. These ratings and designs fulfill the need for precise signal control, enabling faster switching speeds, the reduction of signal distortion, and improved accuracy with longer life.
High-Temperature
Omron offers a product portfolio that provides optimal performance in high-temperature environments up to +110°C. These high temperatures are often encountered in the ATE market. The non-leaded package type has various characteristics and saves board space, making it suitable for high-temperature applications.
Low OFF-State Leakage Current
MOSFET relays from Omron include variants that offer low OFF-state leakage current and are suitable for high-accuracy signal-switching applications. Available in small packages, these relays achieve low current ratings of 20pA maximum, reducing the noise experienced.
