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Naeem ul Haque (11 July 1949 – 15 February 2020) was a Pakistani politician who was the Special Assistant to the Prime Minister of Pakistan Imran Khan on Political Affairs. He was also co-founder of the Pakistan Tehreek-e-Insaf (PTI) and served as its Central Information Secretary and President of PTI Sindh.
Zain Imam is an Indian actor who predominantly works in Hindi television. He is best known for his portrayal of Neil Khanna in Star Plus show Naamkaran and Yuvraj Luthra in Zee TV's Tashan-E-Ishq which earned him Gold Awards for Best Actor in Negative Role.
Naeem Khan (born May 21, 1958) is an Indian-American fashion designer based in New York City known for his ornate and intricately detailed gowns, and for dressing First Lady Michelle Obama, Queen Noor of Jordan, and the Princess of Wales.
The Indian electrical industry is represented by Indian Electrical and Electronics Manufacturers' Association (IEEMA), which was established in 1948, comprising all segments of electricity from source to socket i.e. generation, transmission, distribution to last mile connectivity/ usage and allied components & accessories.
Advanced Electronics Company (AEC) is a company in Saudi Arabia that was established in 1988 under the Economic Offset Program as per the directives of the government of Saudi Arabia. AEC is a state owned organization specializing in the field of defense, energy, Digital & security services, and modern electronics.
Naeem Zamindar is a Pakistani businessman. He was CEO of Acumen Pakistan from April 2015 to November 2017 and as chairman of Pakistan Board of Investment with the ...
Naeem Ahmad Khan (12 April 1928 – 29 September 2013), FPAS, was a Pakistani nuclear physicist and a professor of physics who was known for his work in developing techniques using the solid-state nuclear track detector and solid-state nuclear magnetic resonance. [1]
A class-B push–pull amplifier is more efficient than a class-A power amplifier because each output device amplifies only half the output waveform and is cut off during the opposite half. It can be shown that the theoretical full power efficiency (AC power in load compared to DC power consumed) of a push–pull stage is approximately 78.5%.