PD1550Aシリーズ　アドバンスト・ダイナミック・パワーデバイス・アナライザ　パワーモジュール用ダブル・パルス・テスタ(DPT)

Keysight Technologies introduces the PD1550A, the first complete solution for dynamic power device characterization and testing of wide-bandgap (WBG) semiconductor power modules. The PD1550A enables power electronics engineers and power module manufacturers to design efficient, reliable and safe power converters for automotive and other applications. The PD1550A supports up to 1360 V and 1000 A, and can measure various parameters such as turn-on/off characteristics, switching characteristics, gate charge, reverse recovery, and more. The PD1550A also features a modular design, a user-friendly graphical interface, a safety enclosure, and an automatic calibration technique to ensure accurate and repeatable measurements. The PD1550A is compatible with different types and sizes of power modules based on silicon carbide (SiC) or insulated-gate bipolar transistor (IGBT) technologies. The PD1550A can also perform temperature-dependent measurements using a hot plate or a ThermoStream® accessory. The PD1550A is part of Keysight's comprehensive portfolio of power device analyzers, which also includes the B1505A and B1506A for static measurements, and the PD1500A for discrete WBG device characterization. To order your PD1550A, you need to select one core system, one fixture option, one DPT interface board, one gate resistor board, one gate driver board, and one software license. You can also choose a larger lift table if needed. For more information on the specifications, options, and accessories of the PD1550A, please visit www.keysight.com/find/PD1550A. You can also contact your local Keysight office or authorized distributor to request a quote or a demo. Keysight is the industry leader in power device testing solutions and is actively involved in developing standards for WBG devices through the JEDEC JC-70 committee. With Keysight's PD1550A, you can achieve repeatable, reliable characterization of WBG semiconductor power modules and reduce your design cycles, prototypes, and time to market.