Apr 14, 2009 11:15
15 yrs ago
2 viewers *
English term
kjsdhg (X)
defibrillator protection
English to Arabic
Medical
Medical: Instruments
Connection of optical module
Connection of temperature interface cable for arterial thermodilution catheter and injectate temperature sensor
Patient cables socket with equipment class (defibrillator protection)
Connection of temperature interface cable for arterial thermodilution catheter and injectate temperature sensor
Patient cables socket with equipment class (defibrillator protection)
Proposed translations
(Arabic)
Proposed translations
+1
7 hrs
Emad Doidar
Egypt
Egypt
Native in Arabic
Works in field
Egypt
PROFESSIONAL MEDICAL TRANSLATOR
Native in: Arabic 
Works in: English to Arabic, Arabic to English
Related KudoZ points
:
4
Selected
الحماية من جهاز الصدمات الكهربائية للقلب (مزيل الرجفان(
4 KudoZ points awarded for this answer.
Comment: "Thank you Emad and Fathy for the explanation."
+2
56 mins
Dr. Hamzeh Thaljeh
Syria
Syria
Native in Arabic
Specializes in field
Syria
Art & Science of Healthcare Translations
Native in: Arabic
Works in: English to Arabic, Arabic to English, Arabic
Related KudoZ points
:
7
الوقاية أو الحماية بجهاز مزيل الرجفان أو مقوّم نظم القلب
**
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Note added at 57 mins (2009-04-14 12:13:39 GMT)
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مزيل الرجفان تكفي
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Note added at 57 mins (2009-04-14 12:13:39 GMT)
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مزيل الرجفان تكفي
Peer comment(s):
| agree |
Lina Shehabi Murad (Mourant)
1 hr
|
|
Many thanks Lina :)
|
|
| agree |
Abdelaziz El Sassy
: agree
21 hrs
|
2 hrs
حماية جهاز تنظيم ضربات القلب
.
47 mins
Fathy Shehatto
Egypt
Egypt
Native in Arabic
Specializes in field
Egypt
Helping Clinical Researchers Save Lives
Native in: Arabic (Variant: Egyptian) 
Works in: English to Arabic, Arabic to English
Related KudoZ points
:
12
التقنية الوقائية الملحقة بجهاز الصدمات الكهربائية (ديفيبريليتور)
عبارة عن تقنية تعتمد على توصيل لمبات نيون بخط الفولطية أو الجهد الكهربائي الداخل لتحفيز نشاط القلب من جديد.
وخشية وصول شحنات كهربائية زائدة للقلب فتؤدي بحياة المريض بدلاً من إنقاذه فقد تم تصميم هذه المصابييح التي تمتص الشحنة الكهربائية الزائدة فيتأين الغاز الداخلي بالمصباح فيضيئ وبذلك يكون قد تم تصريف الشحنة
راجع الفصل 2.5 في الرابط المرفق
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Note added at 12 hrs (2009-04-14 23:33:03 GMT)
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2.5 – Defibrillator Protection
Defibrillators are used in many emergency situations to restart the heart, by applying a
short pulse of very high voltage. When using a defibrillator, it is imperative that an
ECG be connected to the patient. Whilst an ECG device circuit would usually only
expect maximum input voltages of approximately 4 mV, ECG preamplifier inputs must
be designed to withstand a high-voltage (greater than a kilovolt) burst from a
defibrillator, which may last from 5 to 20 ms.
Many ECG devices use neon glow lamps across the input lines, which bypass the
voltage, and series resistors, which serve to limit the current flow. The neon lamps are
primarily a pair of electrodes mounted in a glass casing, which has been evacuated and
filled with low-pressure neon gas, or a mixture of inert gases. The impedance across the
electrodes is usually very high, however the impedance will suddenly drop to a very low
value if the voltage across the electrodes exceeds the ionisation potential of the gas.
Most lamps used in medical monitors have a firing potential between 45 and 70V.
When a defibrillator is used, most of the charge is bypassed to ground and the gas inside
of the lamps will ionise
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Note added at 12 hrs (2009-04-14 23:38:42 GMT)
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كما تلاحظون من النص أعلاه، المقصود بالحماية هنا هو حماية المريض من خطر التعرض لشحنة كهربية عالية الفولتية كما ذكر الاخ عماد. وليس المقصود هو الحماية بجهاز الصدمات.
وفكرة الحماية مبنيه على المعاوقة الكهربية التي تحد من الفولتية العالية للجهاز. بالتوفيق
وخشية وصول شحنات كهربائية زائدة للقلب فتؤدي بحياة المريض بدلاً من إنقاذه فقد تم تصميم هذه المصابييح التي تمتص الشحنة الكهربائية الزائدة فيتأين الغاز الداخلي بالمصباح فيضيئ وبذلك يكون قد تم تصريف الشحنة
راجع الفصل 2.5 في الرابط المرفق
--------------------------------------------------
Note added at 12 hrs (2009-04-14 23:33:03 GMT)
--------------------------------------------------
2.5 – Defibrillator Protection
Defibrillators are used in many emergency situations to restart the heart, by applying a
short pulse of very high voltage. When using a defibrillator, it is imperative that an
ECG be connected to the patient. Whilst an ECG device circuit would usually only
expect maximum input voltages of approximately 4 mV, ECG preamplifier inputs must
be designed to withstand a high-voltage (greater than a kilovolt) burst from a
defibrillator, which may last from 5 to 20 ms.
Many ECG devices use neon glow lamps across the input lines, which bypass the
voltage, and series resistors, which serve to limit the current flow. The neon lamps are
primarily a pair of electrodes mounted in a glass casing, which has been evacuated and
filled with low-pressure neon gas, or a mixture of inert gases. The impedance across the
electrodes is usually very high, however the impedance will suddenly drop to a very low
value if the voltage across the electrodes exceeds the ionisation potential of the gas.
Most lamps used in medical monitors have a firing potential between 45 and 70V.
When a defibrillator is used, most of the charge is bypassed to ground and the gas inside
of the lamps will ionise
--------------------------------------------------
Note added at 12 hrs (2009-04-14 23:38:42 GMT)
--------------------------------------------------
كما تلاحظون من النص أعلاه، المقصود بالحماية هنا هو حماية المريض من خطر التعرض لشحنة كهربية عالية الفولتية كما ذكر الاخ عماد. وليس المقصود هو الحماية بجهاز الصدمات.
وفكرة الحماية مبنيه على المعاوقة الكهربية التي تحد من الفولتية العالية للجهاز. بالتوفيق
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