Case Study: Device Under Test OutBack Power ordered two ATEs for manufacturing their new power conversion system (marketed as Skybox Hybrid Energy System) which had the ability to work with battery banks (charge/discharge), power grid and generator inputs, supply power to AC loads, and harvest energy from solar panels. CSS-471
Automated design validation test strategies are critical to the success of product development. Here are customer case studies of companies that rely on Chroma to validate their designs.
Case Study: Application BMW came to Chroma to build a test system that will allow them to run qualification and verification testing on batteries for their new electric vehicle technologies. Solution Chroma provided a 17020 Regenerative Battery Pack Test System solution for this customer. The main components in the battery
Case Study: Device Under Test Eaton required an ATE to provide an automated production line testing for their LASER tube power supplies. The customer supplied the UUT test fixture, a LASER tube fixture, a test guideline, and several UUT’s (normal load output voltage is 2.5 to 3.2 kV). Solution Our
Case Study: Application Hill AFB is looking to modernize their current test equipment; originally, they had been using manual testers to repair and recommission vital airplane components including power supplies, inverters, control devices, etc. By upgrading existing test equipment, Hill AFB will reduce down time while increasing testing accuracy and
Case Study: Device Under Test Cisco’s line of AC DC power supplies include dual AC inputs ranging at 110-220VAC and dual 50VDC outputs are capable providing sufficient power in the case of one side power down. Each AC inlet module provides half the output power at high line 220VAC, and