What is a power Interface Unit?

Power Interface Unit (PIU) PIU System houses all electrical equipment required in the shelter within a rack space of 600mmX500mm and offers an efficiency over 97\%. ACME developed the PIU System on thyristor-based technology having true RMS measurement and monitoring capability.

What is Telecom SMPS?

A switched-mode power supply (SMPS) can be understood as an electronic circuit converting power with switching devices that turn on and off at high frequencies. A switched-mode power supply is also called a switch-mode power supply or switching-mode power supply.

Which functionality does PIU have?

The role of the PIU is to act as an interface between the five plasma instruments and the spacecraft by providing a single path for the transmission of scientific data to the ground and commands sent from the ground. The PIU also provides a safely managed power supply to the instruments.

Which type of energy is used to telecommunication?

Telecommunications power systems and renewable energy. In order to introduce clean technology in the telecommunications power system management, one has to consider the use of renewable sources technologies (photovoltaic, wind, hybrid systems) installed on telecommunication systems infrastructures.

What is SMPS full form?

A switched-mode power supply (switching-mode power supply, switch-mode power supply, switched power supply, SMPS, or switcher) is an electronic power supply that incorporates a switching regulator to convert electrical power efficiently.

What is the input voltage range of Lite IPMS?

Voltage range from 240-480V.

What is a PIU HVAC?

PIU stands for Powered Induction Unit, and while it’s similar to the VAV (Variable Air Volume) assembly in concept, a PIU will use dampers and fans to deliver cooling to occupied zones. PIUs are also known as fan-fed induction units, fan-fed terminals, or dedicated external air systems.

How does a telecommunication system work?

In its most fundamental form, a telecommunication system includes a transmitter to take information and convert it to a signal, a transmission medium to carry the signal and a receiver to take the signal and convert it back into usable information.