|
|
|||
|
|
|||
|
From ultravolt.com
As with any precision electronic device, proper mounting and electrical termination is necessary for trouble-free and reliable operation of an UltraVolt high-voltage power supply (HVPS). Improper electrical termination of UltraVolt HVPSs can cause damage to the electrical connectors of the power supply, resulting in the power supply's failure. Improper mounting of the UltraVolt HVPS can create stresses (both thermal and mechanical) within the HVPS, possibly shortening the operation life of the device. For more information on mounting as it relates to thermal considerations, please see Application Note #6, “Thermal Management of UltraVolt HVPSs.” An UltraVolt HVPS is usually electrically terminated via a printed circuit board (PCB), a wiring harness, or a combination of the two (a sub-assembly PCB) depending on the mechanical mounting method used. Mechanical mounting methods and design considerations are discussed below. Products & Services
AC power connectors transfer alternating current through a variety of electronic devices. AC power connectors include simple AC inlets, outlets, and power entry modules.
Power entry modules are composed of a connector and a mounting case with features to produce the highly conditioned output necessary for medical or sensitive instrumentation.
RF couplers are circuits that sample RF transmissions by combining (coupling) signals asymmetrically. There three basic types of devices: unidirectional, bidirectional, and dual directional.
Wire to board connectors are used to interconnect printed circuit boards (PCBs) by using connectors attached to wires.
PCB pins and PCB receptacles are electronic interconnect devices for printed circuit boards (PCB). PCB pins are male connectors. PCB receptacles are female connectors.
Product Announcements
Topics of Interest
Any electronic device's long-term reliability is directly related to how the overall system design allows it to dissipate any generated heat properly. Likewise, the long life and reliability of...
(Read More)
If electrical equipment is exposed to extreme operating environments well beyond its ratings, then its useful life will shorten. Although UltraVolt high-voltage power supplies (HVPSs) have many...
(Read More)
In the past, engineers have had to use proportional high-voltage power supplies (HVPSs) for their low-power needs. If the application required tight tolerances or output-voltage regulation, engineers...
(Read More)
UltraVolt's high-voltage power supplies (HVPSs) have an output-current monitor (Iout Monitor), which allows the total output current of the HV multiplier to be monitored. Note, since the sense circuit...
(Read More)
UltraVolt's high-voltage power supplies (HVPSs) have an output-current monitor (Iout Monitor), which allows the total output current of the HV multiplier to be monitored. Note, since the sense circuit...
(Read More)
|
|
