Results for phoenix mecano power supply translation from Spanish to English

power supply
something is cooking

(1) power supply
(1) power supply

(1) ac power supply
(1) ac power supply

no external power supply.
no external power supply.

•requires no power supply.
•requires no power supply.

"switching power supply design".
"switching power supply design".

an electric coffee pot or power supply).
an electric coffee pot or power supply).

the high quality power supply right in the unit.
in the unit.

(1) power (for optional power supply)
(1) power (for optional power supply)

psu power supply(10) placa bases(3)
kingston(3) samsung(3)

t130 electrical power supply on site - 2009 / s 241-343725
t130 electrical power supply on site - 2009 / s 241-343725

fuentes de alimentación internas: generalised internal power supply efficiency test protocol rev. 6.4.2
ips: generalised internal power supply efficiency test protocol rev. 6.4.2

the main task is to keep the frequencies of all five synchronous areas balanced around the 50 hertz standard to ensure a safe power supply.
the main task is to keep the frequencies of all five synchronous areas balanced around the 50 hertz standard to ensure a safe power supply.

main pcb, israel ................................................................................. 7 7. high-voltage power supply ........................................................ 9 8. low-voltage power supply ......................................................... 9 9.
main pcb . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 8. driver pcb . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10 9.

resultados de thermie: se han publi­cado algunos resultados sobre la aplica­ción del programa thermie: autono­mous photovoltaic and wind power supply for an unmanned lighthouse
results from thermie: some new research results under thermie have just been published: autonomous photovoltaic and wind power supply for an unmanned lighthouse (sapientza): its contents: free: michel claessens, ec. dg xii, sdme 01 /38. rue de la loi 200. b1049 brussels, fax (32-2) 295 82 20.

- funciona con paneles de energía solar, generadores diesel, gas, suministros de alimentación ininterrumpida (uninterruptible power supply, ups), etc.
- able to work with solar power panels, diesel generators, gas, ups, etc.

fue un reactor de diseño único en estados unidos, empleado para dos funciones: suministrar energía eléctrica a la red civil vía del washington public power supply system (wppss), y proporcionar plutonio para las armas nucleares.
it was a one-of-a-kind design in the u.s., being both a plutonium production reactor for nuclear weapons and, from 1966, producing electricity to feed the civilian power grid via the washington public power supply system (wppss).

1–9* rajat subhra chakraborty, somnath paul y swarup bhunia: "on-demand transparency for improving hardware trojan detectability", department of electrical engineering and computer science, case western reserve university, cleveland, oh, usa* yier jin y yiorgos makris: "hardware trojan detection using path delay fingerprint", department of electrical engineering yale university, new haven* reza rad, mohammad tehranipoor y jim plusquellic: "sensitivity analysis to hardware trojans using power supply transient signals", 1st ieee international workshop on hardware-oriented security and trust (host'08), 2008* dakshi agrawal, selcuk baktir, deniz karakoyunlu, pankaj rohatgi y berk sunar: "trojan detection using ic fingerprinting", ibm t.j. watson research center, yorktown heights, electrical \& computer engineering worcester polytechnic institute, worcester, massachusetts, nov 10, 2006* xiaoxiao wang, mohammad tehranipoor y jim plusquellic: "detecting malicious inclusions in secure hardware, challenges and solutions", 1st ieee international workshop on hardware-oriented security and trust (host'08), 2008* miron abramovici y paul bradley: "integrated circuit security - new threats and solutions"* zheng gong y marc x. makkes: "hardware trojan side-channels based on physical unclonable functions" - wistp 2011== referencias ==== enlaces externos ==
1–9* rajat subhra chakraborty, somnath paul and swarup bhunia: on-demand transparency for improving hardware trojan detectability, department of electrical engineering and computer science, case western reserve university, cleveland, oh, usa* yier jin and yiorgos makris: hardware trojan detection using path delay fingerprint, department of electrical engineering yale university, new haven* reza rad, mohammad tehranipoor and jim plusquellic: sensitivity analysis to hardware trojans using power supply transient signals, 1st ieee international workshop on hardware-oriented security and trust (host'08), 2008* dakshi agrawal, selcuk baktir, deniz karakoyunlu, pankaj rohatgi and berk sunar: trojan detection using ic fingerprinting, ibm t.j. watson research center, yorktown heights, electrical \& computer engineering worcester polytechnic institute, worcester, massachusetts, nov 10, 2006* xiaoxiao wang, mohammad tehranipoor and jim plusquellic: detecting malicious inclusions in secure hardware, challenges and solutions, 1st ieee international workshop on hardware-oriented security and trust (host'08), 2008* miron abramovici and paul bradley: integrated circuit security - new threats and solutions* zheng gong and marc x. makkes: hardware trojan side-channels based on physical unclonable functions - information security theory and practice.