Free PDF Manual Guide

Power generation and transmission today are accomplished using three phase alternating-current. To understand electrical power quality monitoring and electrical power metering you must first have a basic understanding of three-phase power.
[Read the rest of this entry...]

Embedded systems now require multiple low (<3.3V) voltages to be supplied to the latest high performance processors, chipsets, FPGAs and memories. At the same time, increased gate counts and higher clock speeds in microprocessors have resulted in higher current requirements. Both of these trends lead to more demanding power supply requirements. Fortunately, the power management challenges presented by the current and next generation embedded systems built around the PowerPC architecture have already been solved by Intersil, a world leader in high performance power supply ICs
[Read the rest of this entry...]

Critical infrastructures are defined as systems whose incapacity or destruction would have a debilitating impact on the national security and the economic and social welfare of a nation. It includes such infrastructures like telecommunications, electric power, gas and oil, banking and finance, transportation, water supply, and government and emergency services.
[Read the rest of this entry...]

Transfer of bulk electrical power over long distances is routine in North America in order to have a reliable and economical electrical supply. For example, hydro- electric power generated in Canada can be transferred to consumers and industry in Los Angeles using the high voltage transmission system. But the transmission system has a limited capability to transfer power. The maximum power that can be transferred is called the transfer capability. To operate the power system safely and to gain the benefits of the bulk power transfers, the transfer capabilities must be calculated and the power system planned and operated so that the power transfers do not exceed the transfer capability.
[Read the rest of this entry...]

This tutorial serves as a practical guide for measuring the computer system power that is required as part of a Green500 submission. It describes the basic procedures to be followed in order to measure the power consumption of a supercomputer.
[Read the rest of this entry...]

How does it work?
The TXU Energy Power Monitor™ system — which includes the Measuring Transmitting Unit and Current Transformers — must be connected to your home’s main electrical circuit breaker by a professional electrician. DO NOT aTTEMPT TO iNsTall OR REMOVE ThEsE COMPONENTs ON yOUR OwN. Once the main components are professionally installed, you can plug the display unit into an electrical outlet in your home. The TXU Energy Power Monitor™ will receive information from the electrical circuit panel over your home’s existing wiring and transmit that information to the display panel.
[Read the rest of this entry...]

The objective of this document is to report results in the detection and characterization of special behavior
in large electric power systems. Such behavior is usually dynamic in nature, but not always. This is also
true for the underlying sources of special behavior. At the device level, a source of special behavior
might be an automatic control system, a dynamic load, or even a manual control system that is operated
according to some sharply defined policy. Other possible sources include passive system conditions, such
as the state of a switched device or the amount of power carried on some critical line.
[Read the rest of this entry...]

A time traveler from 50 years ago would find today’s Formula 1 cars radically different, but would be equally surprised at the relative lack of change in engine technology. Turbochargers have come and gone and there hasn’t been a switch to two-stroke or rotary, scotch yoke engines – let alone to gas turbines or something not even invented in 1950. The good old four-stroke internal combustion engine powered the very first Grand Prix car in 1906 and lives on in a form instantly recognizable by any time-traveling engineers from 1950.
[Read the rest of this entry...]

We can not guarantee the battery will be charged. You may want to use A/C power when using this camera. The battery will last approximately 1 hour and 20 minutes fully charged. If you want to use just battery power it is recommended that you plug the camera in and let the battery charge before use.

Powering the Camera
• A/C Power
Use the Power Adapter and plug into a wall outlet and plug other end into camera.
• Battery Power
Look at the battery indicator to see how charged the battery is.
[Read the rest of this entry...]

Why use Oracle?
● Because its there (already using it for other projects).
● Because the customer requires it.
● Because we need to link into an existing Oracle data store.
[Read the rest of this entry...]