PH-A
- Maritime pollution sensors use high voltage input DC-DC converters
MARPOL is a global agreement adopted by the International Maritime Organization (IMO). Initially adopted in 1973, it regulates multiple types of ship-generated pollution, including airborne emissions and…
- High voltage input DC-DC converters provide reliable power to emission analysers
Continuous monitoring of emissions is essential for keeping many facilities and structures in compliance with the law and safeguarding the environment. This can vary from measuring air…
- Ruggedised displays use conduction cooled AC-DC and DC-DC converters
Displays and computer monitors used in vehicle and marine applications have to be designed to withstand harsh environments. This includes the ability to operate in high temperatures…
- What are the key features of the PH-A series of DC-DC power modules?
The PH-A series of DC-DC converters operates from a wide range 200 to 425 inputs making it ideal for data communications, power transmission and renewable energy applications…
- 200 to 425V input 600W half brick DC-DC converter is certified to EN 62477-1 (OVC III)
TDK Corporation (TSE 6762) announces the introduction of the TDK-Lambda brand PH600A280‑24 DC-DC converter. This extends the PH-A280 series of 200 to 425Vdc input power modules from…
- 5V 60A DC-DC converter accepts a 200 to 425V input and has EN 62477-1 (OVC III) certification
The TDK-Lambda brand PH300A280-5 DC-DC converter completes the PH-A280 series of 200 to 425V input 50 to 300W power modules. The new model is designed for data…
- 300W rated modules augment HVDC input converter series
TDK Corporation announces the addition of new, higher power models to the PH-A280 series of high voltage input DC-DC converters. Capable of operating from 200 to 425Vdc,…
- Comparing efficiency levels for the PH-A high density power modules
In this brief video, TDK-Lambda compares the new 24V 100W output PH-A DC-DC power module efficiency with the previous generation PH model. Significant improvements are demonstrated across…
- What is the reduction in dissipated power between PH and PH-A DC-DC Power Modules?
In this video TDK-Lambda explains how the increase in efficiency of the PH-A DC-DC converters over the previous generation PH series affects dissipated power. Up to 46%…
- How does reduced dissipated power facilitate integration of PH-A DC-DC High Density Power Modules?
The amount of dissipated heat affects the size of the heatsink needed to cool a power module. TDK-Lambda shows how the more efficient PH-A converters require a…
