جداول فى التفاضلات والتكاملات

تذكير بمساهمة فاتح الموضوع :

السلام عليكم ورحمة الله وبركاته
هذه مجمموعة من جداول التفاضلات والتكاملات لصيغ عامة تستخدم فى تبسيط التفاضلات والتكاملات المعقدة

RapidShare

http://rapidshare.com/files/303085988/Antiderivative.pdf.html

http://rapidshare.com/files/303086967/CHAPTER_7_TECHNIQUES_OF_INTEGRATION.pdf.html

http://rapidshare.com/files/303087450/Extending_the_table_Of_derivatives.pdf.html

http://rapidshare.com/files/303087878/Integral_Tables_Stewart.pdf.html

http://rapidshare.com/files/303088286/integral-table.pdf.html

http://rapidshare.com/files/303088598/integration.pdf.html

http://rapidshare.com/files/303088919/Table_of_Derivatives.pdf.html

مع تمنياتى بالتوفيق

لو سمحت يا بشمهندس كونت عايزه اعرف ايه سوال والاجابه عن RTL,DTL,TTL AND DIODE RESISTOR LOGIC فى امتحات ال TEST العملى
وخصائص كل حاله

اقتباس :: لو سمحت يا بشمهندس كونت عايزه اعرف ايه سوال والاجابه عن RTL,DTL,TTL AND DIODE RESISTOR LOGIC فى امتحات ال TEST العملى
وخصائص كل حاله

اسلوب الاسئلة في الموضوع ده مش ثابتة , كل دكتور واسلوبه . انتي لو عندك مشاكل في اي واحدة منهم اسألي وانا ممكن اشرحها .

بصراحه انا عندى مشكله فيهم كلهم لان انا عايزه اعرف كل نوع بيعمل ايه او بيعبر عن ايه
وفى تجارب معملنهاش فى المعمل ممكن تجى فى الامتحان

ok eng. THE SMILE

Sorry for talking in English. But as you know all these sciences are foreign and we are only users and learners for it

Firstly you ask about what each type is used for and represent what ?. But the question shouldn't be like that because all these types are used to implement logic gates. The difference between them is that each type represents a technology that have been used in the past

AS you know
1) RTL means that the circuit is implemented using resistors and transistors only
2) DTL means that the circuit is implemented mainly using diode and transistors
3) TTL means that the circuit or logic gates are implemented using transistors only

The first type to appear was RTL and it had an important advantage because it uses the minimum number of transistors and this was an important thing because the circuits were built in discrete form and the integrated circuits weren't appeared at this time in 1961

This type (RTL ) has a disadvantage is that it dissipates power when the transistors are conducting and this requires high power to be delivered to the circuit and a way to remove the heat generated due to these losses

Also the low speed of this circuit is a disadvantage. It has also a poor noise margin , this mean that any errors in the inputs of the circuit will be sensed and produces false outputs

RTL circuits are now seldom used because of these disadvantages

This all about RTL you should know beside its operation and construction

Hope this help

جداول فى التفاضلات والتكاملات - صفحة 2 911909

جدا يابشمهندس و

جداول فى التفاضلات والتكاملات - صفحة 2 700120

انا هحاول ان شاء الله اني اتكلم عن النوعين الباقيين لو فيه نصيب .

DTL

As i said before that DTL refers to the technology that used diodes and transistors to implement logic gates

DTL offers better noise margins and greater fan-outs than RTL, but it also suffers from low speed compared to TTL

DTL appeared after RTL may be at 1962

شكراً بشمهندس محمد سعد على المتابعة والرد والتوضيح

جداول فى التفاضلات والتكاملات - صفحة 2 700120

اقتباس :: شكراً بشمهندس محمد سعد على المتابعة والرد والتوضيح

ربنا يكرمك ويكرمنا ياباشمهندس محمد ,

شكرا على الرد والمتابعه ويارب حضرتك تتكلم عن باقى الانواع
ويارب تكون اسئله حضراتكم سهله فى الامتحان
جداول فى التفاضلات والتكاملات - صفحة 2 911909

THE DIFFERENTIAL AMPLIFIER
نفسى افهم الدائره ده بتشتغل ازى

TTL:

Refers to the technology that employ logic
gates consisting primarily of bipolar transistors

The input to a TTL circuit is always through the emitters of the input transistors. The emitter of course has a low input resistance

The main advantage of TTL is that it overcomes the main problem associated with DTL, i.e., low speed. It has higher speed than DTL and RTL

THE SMILE كتب:: THE DIFFERENTIAL AMPLIFIER
نفسى افهم الدائره ده بتشتغل ازى

THE DIFFERENTIAL AMPLIFIER

The differential amplifier amplifies the difference between tow inputs on is the input and the other is a reference voltage.

The differential amplifier operation can be understood qualitatively as follows. VEE and R' form an approximate constant current source,

I' ≈ |VEE|/R', with I1 + I2 = I'.

When both inputs are at 0 V, the current splits equally in the two branches.

If V1 is raised slightly while holding V2 = 0, KVL going from input 1 to input 2 (ground)

by way ofp oint A tells us:

V1 − 0.7 V− I1RE + I2RE + 0.7 V = 0

This reduces to
I1 = I2 + V1/RE.

I1 is now greater than I2, so I2 must have decreased since the total, I', is approximately

constant. Reducing I2 lowers the voltage drop across RC, so Vout increases. V1 is the noninverting input.

In the same way, raising V2 slightly with V1 grounded increases I2. This now increases he voltage drop across RC and lowers Vout. V2 is the inverting input

جداول فى التفاضلات والتكاملات - صفحة 2 Moz-screenshot

جداول فى التفاضلات والتكاملات - صفحة 2 Moz-screenshot

جداول فى التفاضلات والتكاملات - صفحة 2 Moz-screenshot-1

شكرا جدا يابشمهندس محمد
جداول فى التفاضلات والتكاملات - صفحة 2 911909

جداول فى التفاضلات والتكاملات - صفحة 2 344552

شرح وافي وموفق منك باشمهندس محمد عبد الحميد

شكراً بشمهندس محمد سعد أرجو أن يكون ذا فائدة
وفقنا الله جميعاً

» جداول استهلاك لمواد الانشاء في المباني
» الأن وحصريا على المنتدى (جميع جداول ال steam )
» جداول قطاعات الحديد Tables For Steel Constructions