This report discusses the results of testing high-voltage, high-power, solid-state remote power controllers (RPC) using RPCs designed and built by John C. Sturman at the Lewis Research Center, Cleveland, Ohio, and utilizing the Autonomously Managed Power Systems (AMPS) breadboard/test facility. These test results are used to determine usefulness of the RPCs for future applications in high-voltage direct-current space power
A detailed definition of the HVDC test facility and the equipment required to implement the test pro...
The results of testing a high voltage electrical power system (EPS) breadboard using high voltage po...
Power components hardware in support of the Space Station Freedom dc Electrical Power System were te...
Solid state Remote Power Controllers (RPCs) developed for use in any dc power system with voltage up...
Solid state remote power controllers (RPC's) are now available to control and protect all types of l...
High voltage solid state remote power controllers (RPC's) and the required semiconductor power switc...
The experience gained in developing and applying solid state power controller (SSPC) technology at h...
Solid state remote power controllers can be applied to any dc power system up to 120 Vdc and distrib...
The first generation of remote power controllers (RPC) developed included: a 5-ampere design (Type 1...
Models are developed for two types of remote power controllers (RPC). The models give the equations ...
Three types of solid state power controllers (SSPC's) for high voltage, high power DC system applica...
The object of this program was to design, build, test, and deliver a set of control electronics suit...
The first phase of the Multi-kw dc Power Distribution Technology Program is reported and involves th...
The rationale, analysis, design, breadboarding and testing of the incremental functional requirement...
High voltage, high current switching devices using semiconductor controlled rectifier
A detailed definition of the HVDC test facility and the equipment required to implement the test pro...
The results of testing a high voltage electrical power system (EPS) breadboard using high voltage po...
Power components hardware in support of the Space Station Freedom dc Electrical Power System were te...
Solid state Remote Power Controllers (RPCs) developed for use in any dc power system with voltage up...
Solid state remote power controllers (RPC's) are now available to control and protect all types of l...
High voltage solid state remote power controllers (RPC's) and the required semiconductor power switc...
The experience gained in developing and applying solid state power controller (SSPC) technology at h...
Solid state remote power controllers can be applied to any dc power system up to 120 Vdc and distrib...
The first generation of remote power controllers (RPC) developed included: a 5-ampere design (Type 1...
Models are developed for two types of remote power controllers (RPC). The models give the equations ...
Three types of solid state power controllers (SSPC's) for high voltage, high power DC system applica...
The object of this program was to design, build, test, and deliver a set of control electronics suit...
The first phase of the Multi-kw dc Power Distribution Technology Program is reported and involves th...
The rationale, analysis, design, breadboarding and testing of the incremental functional requirement...
High voltage, high current switching devices using semiconductor controlled rectifier
A detailed definition of the HVDC test facility and the equipment required to implement the test pro...
The results of testing a high voltage electrical power system (EPS) breadboard using high voltage po...
Power components hardware in support of the Space Station Freedom dc Electrical Power System were te...