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			<div id="results_count">57 Threads found on edaboard.com: <strong>Equivalent Diode</strong></div>
		
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread358175.html" rel="nofollow">TL431: Do i need to limit voltage reference input current?</a></h2></div>
			</div>
			<div class="content_text">If you look at the <strong>equivalent</strong> schematic shown in the datasheet directly below the functional block diagram, you surely understand how a high reference input current can be generated - by forward biasing the Ref-Cathode (base-collector) <strong>diode</strong>. This won't happen in a typical application, e.g. the datasheet reference circuits,  but can happen under ci</div> 
			<div class="content_info">
				&nbsp;&nbsp; Analog Circuit Design :: 08-16-2016 21:09 :: FvM :: Replies: <strong>8</strong> :: Views: <strong>1122</strong>
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								<div class="result_box">
			<div class="content_header">
				<div class="content_title"><h2><a href="http://www.edaboard.com/thread350207.html" rel="nofollow">what is this personality and  	equivalent 362?</a></h2></div>
			</div>
			<div class="content_text">hello
what is this personality and  	<strong>equivalent</strong> 362 ?
hb100  rosh
thanks
 
125728</div> 
			<div class="content_info">
				&nbsp;&nbsp; RF, Microwave, Antennas and Optics :: 02-03-2016 01:08 :: ali427 :: Replies: <strong>3</strong> :: Views: <strong>439</strong>
			</div>
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								<div class="result_box">
			<div class="content_header">
				<div class="content_title"><h2><a href="http://www.edaboard.com/thread345543.html" rel="nofollow">step up circuit issue.</a></h2></div>
			</div>
			<div class="content_text">Presently, the <strong>diode</strong> is shorting the DC/DC output to input. You need two <strong>diode</strong>s towards 89S52, one for 3.7 and one for 5V, or <strong>equivalent</strong> electronic switches with lower voltage drop.</div> 
			<div class="content_info">
				&nbsp;&nbsp; Microcontrollers :: 10-16-2015 13:28 :: FvM :: Replies: <strong>12</strong> :: Views: <strong>663</strong>
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								<div class="result_box">
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread338325.html" rel="nofollow">(Photodiode Model)  Equivalent components when using voltage source as input</a></h2></div>
			</div>
			<div class="content_text">Hi!

First I want so say that I'm already familiar with the <strong>equivalent</strong> electrical circuit of a photo<strong>diode</strong> you can find in the bibliography. 

But the thing is I'm having troubles in something I thought it should be straight forward. I want to build a new OpAmp-based transimpedance amplifier for a photo<strong>diode</strong>, but before I plug in the PD, (...)</div> 
			<div class="content_info">
				&nbsp;&nbsp; Analog Circuit Design :: 05-27-2015 15:08 :: frilance :: Replies: <strong>4</strong> :: Views: <strong>693</strong>
			</div>
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								<div class="result_box">
			<div class="content_header">
				<div class="content_title"><h2><a href="http://www.edaboard.com/thread338139.html" rel="nofollow">Chip ferrite bead  need free wheeling diode</a></h2></div>
			</div>
			<div class="content_text">ferrite beads tend to be low Q and used more to reduce radiated noise transients or RF noise.

Better way is to use 100 Ohm CAT5 type transmission lines from 50~100 Ohm CMOS LOGIC ( e.g. ALVC types) and termination R @ V/2 or <strong>equivalent</strong> Thevenin circuit with Pullup/dn if you want best speed and noise immunity.

THen use large CM choke around cable </div> 
			<div class="content_info">
				&nbsp;&nbsp; Power Electronics :: 05-25-2015 04:52 :: SunnySkyguy :: Replies: <strong>7</strong> :: Views: <strong>672</strong>
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								<div class="result_box">
			<div class="content_header">
				<div class="content_title"><h2><a href="http://www.edaboard.com/thread336994.html" rel="nofollow">Equivalent for VS-31DQ09 Schottky diode</a></h2></div>
			</div>
			<div class="content_text">I found that VS-31DQ09 is obsolete so that can i use SB5100 as <strong>equivalent</strong></div> 
			<div class="content_info">
				&nbsp;&nbsp; Power Electronics :: 05-05-2015 07:18 :: lukky61 :: Replies: <strong>2</strong> :: Views: <strong>506</strong>
			</div>
		</div>
								<div class="result_box">
			<div class="content_header">
				<div class="content_title"><h2><a href="http://www.edaboard.com/thread332453.html" rel="nofollow">Do Diodes have a Wattage (or equivalent) rating?</a></h2></div>
			</div>
			<div class="content_text">

Hello,

I hope this question makes sense?

The Resistors in the above diagram have a minimum Wattage rating based on the requirements of the circuit - do <strong>diode</strong>s have a similar or <strong>equivalent</strong> rating?

e.g. If I k</div> 
			<div class="content_info">
				&nbsp;&nbsp; Elementary Electronic Questions :: 02-21-2015 15:23 :: juz_ad :: Replies: <strong>1</strong> :: Views: <strong>1083</strong>
			</div>
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								<div class="result_box">
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread320640.html" rel="nofollow">Diode For Rectenna using Advanced Design system(ADS)</a></h2></div>
			</div>
			<div class="content_text">you should use the <strong>diode</strong> spice file, 
ADS has some <strong>equivalent</strong> circuit, but need you input some parameters.</div> 
			<div class="content_info">
				&nbsp;&nbsp; RF, Microwave, Antennas and Optics :: 08-07-2014 05:23 :: tony_lth :: Replies: <strong>5</strong> :: Views: <strong>2091</strong>
			</div>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread321296.html" rel="nofollow">[MOVED] CTD100 Datasheet required</a></h2></div>
			</div>
			<div class="content_text">Hello everyone!!!

I tried hard to search CT100 's Datasheet

if anyone have datasheet link or of it OR <strong>equivalent</strong> to it please let me know
thanks a lot</div> 
			<div class="content_info">
				&nbsp;&nbsp; Service Manuals, Requests, Repair Tips :: 08-15-2014 08:19 :: hirenn :: Replies: <strong>1</strong> :: Views: <strong>580</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread316118.html" rel="nofollow">I got a problem in OrCAD Pspice</a></h2></div>
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			<div class="content_text"><strong>diode</strong> model used in circuit seems to be creating trouble, <strong>diode</strong> Model DX does not have any resistance (Model Parameter RS) defined, which is <strong>equivalent</strong> of making it  R=0 for this device. Such models are hard to converg. I tweaked this model to have realistic value RS=100U and relaxed couple of other simulator options and it works for me. (...)</div> 
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				&nbsp;&nbsp; Analog Circuit Design :: 05-25-2014 07:12 :: atripathi :: Replies: <strong>4</strong> :: Views: <strong>929</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread312728.html" rel="nofollow">1n6642 pspice model simulation</a></h2></div>
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			<div class="content_text">hi guys,
           can anybody provide me 1n6642 pspice model or is there any <strong>equivalent</strong> for 1n6642 with same physical characteristics,
pls reply soon</div> 
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				&nbsp;&nbsp; Analog Circuit Design :: 03-28-2014 12:12 :: shrinivas.gotur :: Replies: <strong>1</strong> :: Views: <strong>1441</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread301933.html" rel="nofollow">common mode gain of cmos differential amplifier with current mirror load</a></h2></div>
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			<div class="content_text">Since you have terminated the output with <strong>equivalent</strong> voltage source, the circuits becomes exactly symmetrical -->so the circuit can be folded into one tail source cascoded with Input pair (2w/l) & the nmos load as <strong>diode</strong> connected with (2w/L) -->Now caluculating gain from Vcm to output -->we will get gdst/gmn (<<<<1) [gdst-->gds of the tail transist</div> 
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				&nbsp;&nbsp; Analog Circuit Design :: 10-28-2013 04:58 :: yuvan :: Replies: <strong>1</strong> :: Views: <strong>555</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread299929.html" rel="nofollow">Basic confusion about the behaviour of diodes</a></h2></div>
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			<div class="content_text">I have a very little doubt on the basics of a <strong>diode</strong>. After a small interval I found the answer but I don't know that I am correct or not.  Here is where I stuck for 20 min

As <strong>diode</strong> starts conduction when the voltage across it is 0.7 volt (general condition). After studying piecewise  linear model, the <strong>equivalent</strong> circuit of a (...)</div> 
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				&nbsp;&nbsp; Power Electronics :: 09-30-2013 10:41 :: shaswat :: Replies: <strong>4</strong> :: Views: <strong>450</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread299272.html" rel="nofollow">SCR EDG06-08  (Siemens)</a></h2></div>
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			<div class="content_text">I need datasheet or <strong>equivalent</strong> for SCR EDG06-08  ( manufacturer looks like Siemens logo)
And also <strong>diode</strong>  Mitsubishi IFM29D

Any help is greatly appreciated.</div> 
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				&nbsp;&nbsp; Service Manuals, Requests, Repair Tips :: 09-21-2013 14:38 :: atharva21 :: Replies: <strong>0</strong> :: Views: <strong>725</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread294389.html" rel="nofollow">Extraction of equivalent circuit parameters from S-parameter measurement data</a></h2></div>
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			<div class="content_text">I have measured the S-parameters (S11) for a Schottky varactor upto 40GHz. I have a desired <strong>equivalent</strong> circuit model for my device. I would like to extract the <strong>equivalent</strong> circuit parameters to fit the measured S-parameters. Is there any software (preferably open source) that can help me do this extraction of parameters?</div> 
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				&nbsp;&nbsp; RF, Microwave, Antennas and Optics :: 07-22-2013 19:07 :: arjunshetty :: Replies: <strong>3</strong> :: Views: <strong>1034</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread293256.html" rel="nofollow">how to determine opto switch pins</a></h2></div>
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			<div class="content_text">I guess, it might be a MOC3161 (optotriac with zero crossing control) <strong>equivalent</strong>.

But if it's a phototransistor though, most have an industry standard pinout, you can refer to similar types. The LED can be easily identified with a multimeter (in <strong>diode</strong> voltage range), also the base pin of the optocoupler if connected to a pin.</div> 
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				&nbsp;&nbsp; RF, Microwave, Antennas and Optics :: 07-10-2013 10:00 :: FvM :: Replies: <strong>5</strong> :: Views: <strong>715</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread292881.html" rel="nofollow">Photodiode equivalent for noise calculation</a></h2></div>
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			<div class="content_text">Hi,
I have a photo<strong>diode</strong> <strong>equivalent</strong> like this:
93251
Can I transform this <strong>equivalent</strong> in a series between a voltage source (Vg) and a resistance (Rg).
Because this photo<strong>diode</strong> is the input of the negative pin of an opamp that work like an integrator to amplify photo<strong>diode</strong>'s signal and I need to calculate the (...)</div> 
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				&nbsp;&nbsp; Analog Circuit Design :: 07-05-2013 11:49 :: furiaceka :: Replies: <strong>2</strong> :: Views: <strong>698</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread284459.html" rel="nofollow">bat 41 diode equivalent</a></h2></div>
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			<div class="content_text">im doing pk2 lite blueroomelectronics  pic programmer. can any one tel me the <strong>equivalent</strong> <strong>diode</strong> for BAT 41  and in5817</div> 
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				&nbsp;&nbsp; Microcontrollers :: 03-30-2013 07:52 :: raman00084 :: Replies: <strong>1</strong> :: Views: <strong>2702</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread282076.html" rel="nofollow">Through hole variant of the hole BAT60A Schottky Diode</a></h2></div>
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			<div class="content_text">Hello,

I am looking for an <strong>equivalent</strong> of the following SMD Schottky <strong>diode</strong>: BAT60A but with through hole variant to plug it in breadboard 
 

do you know any reference?


Thank you
Michel</div> 
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				&nbsp;&nbsp; Analog Circuit Design :: 03-05-2013 12:58 :: michcfr :: Replies: <strong>0</strong> :: Views: <strong>1052</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread279506.html" rel="nofollow">How to select equivalent Varactor Diode?</a></h2></div>
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			<div class="content_text">I need to find the <strong>equivalent</strong> replacement of mv2109 varactor <strong>diode</strong>.which parameter i should consider while selecting the replacement?

I am looking for component in digikey & mouser. So please help me to find the available replacement from the supplier.

I need this varactor <strong>diode</strong> for my FM stereo transmitters circuit (BH1417)... (...)</div> 
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				&nbsp;&nbsp; Elementary Electronic Questions :: 02-06-2013 12:37 :: udhay_cit :: Replies: <strong>1</strong> :: Views: <strong>1215</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread259683.html" rel="nofollow">Microwave Energy Harvesting Voltage Regulation</a></h2></div>
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			<div class="content_text">A zener <strong>diode</strong> would be an obvious answer. If it has a high enough watt rating then you don't need to install a resistor inline.

Or try the <strong>equivalent</strong> of a 1A zener, made from 5 <strong>diode</strong>s in series, each with a 1A rating. 

If the total drop is too far short of 3.3 V, then add a sixth <strong>diode</strong>.  

If necessary you can 'bend' (...)</div> 
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				&nbsp;&nbsp; RF, Microwave, Antennas and Optics :: 07-17-2012 03:27 :: BradtheRad :: Replies: <strong>3</strong> :: Views: <strong>710</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread243689.html" rel="nofollow">Equivalent to transistor BU508DFI</a></h2></div>
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			<div class="content_text">Hi,

Can you point to me an <strong>equivalent</strong> to the transistor BU508DFI?

Thanks,
Bruno</div> 
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				&nbsp;&nbsp; Elementary Electronic Questions :: 03-08-2012 00:26 :: brunofunchas :: Replies: <strong>2</strong> :: Views: <strong>3874</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread233365.html" rel="nofollow">MOSFET AP4835GM any equivalent?</a></h2></div>
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			<div class="content_text">Good morning, can t find a substitute for the burned one on my ASUS 50J mainboard; there is also a burnt microcomponenet (marks unreadable), anyone can help me?.

Main details of AP4835GM</div> 
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				&nbsp;&nbsp; Elementary Electronic Questions :: 12-07-2011 09:28 :: marcellodj :: Replies: <strong>3</strong> :: Views: <strong>3071</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread228176.html" rel="nofollow">Simulink error message</a></h2></div>
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			<div class="content_text">Hello there,

I'm implementing an AC/DC/AC converter with an <strong>equivalent</strong> model of a DC capacitor. But right now I'm having an error message which read "Switcht that bounce D1 (in circuit)" D1 is the first <strong>diode</strong> in my AC/DC converter can someone help me. I do have that when I insert an inductance on the grid side

Many thanks</div> 
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				&nbsp;&nbsp; Power Electronics :: 10-18-2011 15:42 :: issofui :: Replies: <strong>1</strong> :: Views: <strong>940</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread220206.html" rel="nofollow">datasheet of electronic components</a></h2></div>
			</div>
			<div class="content_text">When you see 'Vcc' is usually means bipolar, the <strong>equivalent</strong> in CMOS would be labeled 'Vdd'.
It happens, that 74HC etc. series uses VCC rather than VDD, although the devices are not bipolar. You'll notice the same with a lot of CMOS devices. In other words, relying on just the name "VCC" has a good chance to jump into conclusions.</div> 
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				&nbsp;&nbsp; Elementary Electronic Questions :: 10-04-2011 21:20 :: FvM :: Replies: <strong>9</strong> :: Views: <strong>1023</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread208314.html" rel="nofollow">What does diode connected Nmos means ? explain with circuit diagram.</a></h2></div>
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			<div class="content_text">Explain the <strong>equivalent</strong> Circuit diagram of <strong>diode</strong> connected Nmos and with formulas.</div> 
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				&nbsp;&nbsp; Elementary Electronic Questions :: 04-05-2011 14:39 :: Ayesha Nazneen :: Replies: <strong>1</strong> :: Views: <strong>1200</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread196798.html" rel="nofollow">Need help on spdt pin diode switch bandwidth problem</a></h2></div>
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			<div class="content_text">I have designed a SPDT switch on ADS. The problem is when taking practical results the bandwidth comes out to be only 100 MHz. But in simulation it is 500 MHz. I am using a shunt Switch configuration and using <strong>equivalent</strong> models for PIN DIDOES.Design file is attached. Kindly comment for increasing bandwidth</div> 
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				&nbsp;&nbsp; RF, Microwave, Antennas and Optics :: 12-21-2010 10:30 :: usman_mahfooz :: Replies: <strong>1</strong> :: Views: <strong>1104</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread193436.html" rel="nofollow">equivalent PV array module deisgn in PSPICE?</a></h2></div>
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			<div class="content_text">Does anyone know how to design a simple PV module using PSPICE? I tried a current source in parallel with <strong>diode</strong> and resistor along with series resistor(cells).
As I have just started using PSPICE and it is my second year in college and I am just trying to enhance my skills in this software and renewable.
If anyone who has the complete deisgn modu</div> 
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				&nbsp;&nbsp; Hobby Circuits and Small Projects Problems :: 11-15-2010 22:56 :: soul_ :: Replies: <strong>0</strong> :: Views: <strong>1638</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread189764.html" rel="nofollow">does uln2804a need a voltage supply?</a></h2></div>
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			<div class="content_text">The IC is an integration of an array of darligton transistors at each channel.  Pin 1 of the IC is <strong>equivalent</strong> to the base of an NPN transistor and PIN 16 is the collector of the same transistor whose emitter is grounded. A free wheeling <strong>diode</strong> is internally connected from every output pin to a common pin 10 in your case. Below given is the internal </div> 
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				&nbsp;&nbsp; Hobby Circuits and Small Projects Problems :: 10-07-2010 11:58 :: pranam77 :: Replies: <strong>4</strong> :: Views: <strong>1858</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread184957.html" rel="nofollow">PIN Diode representation in CST</a></h2></div>
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			<div class="content_text">you can use hardwire connection for the <strong>diode</strong>s which are ON and no connection for the <strong>diode</strong>s which are OFF 

Added after 4 minutes:

 i.e. for each reconfigurable state you should replace <strong>diode</strong>s with ideal connection.

If you want to be more precise, you can use the <strong>equivalent</strong> circuit model for the ON and OFF</div> 
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				&nbsp;&nbsp; Electromagnetic Design and Simulation :: 08-15-2010 19:43 :: amihomo :: Replies: <strong>8</strong> :: Views: <strong>4485</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread180051.html" rel="nofollow">Power detector using Low power Rectenna</a></h2></div>
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			<div class="content_text">When omni directional behavior is not required, first start with dipole/patch over a ground plane to get some gain.   When using a real microwave <strong>diode</strong> (BAT15, or <strong>equivalent</strong>), you can get significant increase of sensitivity by matching the <strong>diode</strong> to your source. In a parallel <strong>equivalent</strong> circuit, the parallel resistor will be (...)</div> 
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				&nbsp;&nbsp; RF, Microwave, Antennas and Optics :: 06-14-2010 15:13 :: WimRFP :: Replies: <strong>5</strong> :: Views: <strong>2102</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread177114.html" rel="nofollow">anybody who can help me in SPDT</a></h2></div>
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			<div class="content_text">Hi,

i need help regarding <strong>equivalent</strong> circuit of Single Pole Double Throw (SPDT). i want it to use to switch on and off pin <strong>diode</strong>. the problem is that i don't know about the formula's used to calculate the values of elements used in it.</div> 
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				&nbsp;&nbsp; RF, Microwave, Antennas and Optics :: 05-02-2010 11:09 :: mudassarhanif :: Replies: <strong>5</strong> :: Views: <strong>887</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread175305.html" rel="nofollow">doubt regarding lumped RLC modelling in HFSS</a></h2></div>
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			<div class="content_text">it is a good aproximation to start in such away.you first need the <strong>equivalent</strong> rlc model for the <strong>diode</strong>. it is different in on tand off state</div> 
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				&nbsp;&nbsp; Electromagnetic Design and Simulation :: 04-24-2010 18:00 :: asturias :: Replies: <strong>2</strong> :: Views: <strong>1934</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread173791.html" rel="nofollow">Zener diode equivalent</a></h2></div>
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			<div class="content_text">Hi,

Somebody can indicate a zener <strong>diode</strong> <strong>equivalent</strong> to BZX 70018?

Thank you,
Bruno</div> 
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				&nbsp;&nbsp; Elementary Electronic Questions :: 03-26-2010 15:07 :: brunofunchas :: Replies: <strong>1</strong> :: Views: <strong>2130</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread172508.html" rel="nofollow">IV curves - Simulation of a diode</a></h2></div>
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			<div class="content_text">I am trying to create an electrical model of a PV solar pannel. Lot of documents give the <strong>equivalent</strong> model which is composed of a current source, a <strong>diode</strong> and 2 resistors. 
Typical I = f(V) of a solar pannel is described as the following</div> 
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				&nbsp;&nbsp; RF, Microwave, Antennas and Optics :: 03-13-2010 18:12 :: jayce3390 :: Replies: <strong>2</strong> :: Views: <strong>2099</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread171926.html" rel="nofollow">what is the equivalent of BAY61 diode?</a></h2></div>
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			<div class="content_text">Dear all,
what is the <strong>equivalent</strong> of BAY61 <strong>diode</strong>? can i use 1N4007 instead of it?
thanks all.</div> 
			<div class="content_info">
				&nbsp;&nbsp; Professional Hardware and Electronics Design :: 03-08-2010 07:15 :: yousefsam :: Replies: <strong>8</strong> :: Views: <strong>6724</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread143445.html" rel="nofollow">Basic Diode Question - find the diode current of the diagram</a></h2></div>
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			<div class="content_text">Hello, 

You can reduce the batteries and R's to its Thevenin <strong>equivalent</strong>. After that use the <strong>diode</strong> model you like: Ideal, Constant Voltage, Constant V and R drop or any non-linear <strong>equivalent</strong>.

Hope this helps and kind regards!</div> 
			<div class="content_info">
				&nbsp;&nbsp; Elementary Electronic Questions :: 02-24-2009 19:48 :: jorgito :: Replies: <strong>8</strong> :: Views: <strong>2449</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread140883.html" rel="nofollow">how to model a photodiode in a simulation</a></h2></div>
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			<div class="content_text">hi Old Nick

picture (a) is the configuration and picture (b) is the <strong>equivalent</strong> circuit, the <strong>diode</strong> is  modeled as  a current source with its resistance and capacitance, the MOS is modeled as a VCCS, my goal is to decide the W/L of the MOS transistor. As you referred, the parameters of reversed-bias <strong>diode</strong> is varied with different (...)</div> 
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				&nbsp;&nbsp; Analog Circuit Design :: 01-09-2009 09:04 :: mightyocean :: Replies: <strong>9</strong> :: Views: <strong>14261</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread136481.html" rel="nofollow">transistor database update</a></h2></div>
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			<div class="content_text">I found this transistor software electromaster 2000, search by name--><strong>equivalent</strong>,parameters.include (BJTs,Fet,<strong>diode</strong>....)
Sorry if anubody else uploaded before</div> 
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				&nbsp;&nbsp; Software Links :: 10-19-2008 17:00 :: alsoleda :: Replies: <strong>3</strong> :: Views: <strong>2933</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread126802.html" rel="nofollow">Need a equivalent for this diode</a></h2></div>
			</div>
			<div class="content_text">I have a tv sharp 14lk10 and  one <strong>diode</strong> of the power supply is open. In the body
of it is printed
SV
03
82
please if you can help with an <strong>equivalent</strong>.
rgds
marco antonio</div> 
			<div class="content_info">
				&nbsp;&nbsp; Service Manuals, Requests, Repair Tips :: 05-28-2008 13:34 :: marco antonio :: Replies: <strong>1</strong> :: Views: <strong>1283</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread109006.html" rel="nofollow">impedance across photodiode</a></h2></div>
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			<div class="content_text">A photo<strong>diode</strong> has two <strong>equivalent</strong> resistances: series and shunt ..
The series resistance is several ohms and the shunt resistance is 10M&#937; - 100 000M&#937; ..
The series resistance can be obtained from a particular <strong>diode</strong>'s data sheet ..

Regards,
IanP</div> 
			<div class="content_info">
				&nbsp;&nbsp; RF, Microwave, Antennas and Optics :: 10-23-2007 10:22 :: IanP :: Replies: <strong>5</strong> :: Views: <strong>2038</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread108802.html" rel="nofollow">How can i test a transistor??</a></h2></div>
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			<div class="content_text">hi there,

the most primitive way of testing a transistor is to test each junctions' resistance... 

note that a working <strong>diode</strong> has a forward resistance and it has a reverse resistance <strong>equivalent</strong> to infinity...

here's what to do, measure the forward and reverse resistance of each of the junction... a non-working transistor will have at least </div> 
			<div class="content_info">
				&nbsp;&nbsp; Elementary Electronic Questions :: 10-20-2007 09:09 :: nhoj :: Replies: <strong>5</strong> :: Views: <strong>1213</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread107400.html" rel="nofollow">Why does a diode connected MOS should have an output resistance of 1/gm?</a></h2></div>
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			<div class="content_text">consider a current source of current I=gm*Vgs and  the drop on this source is Vgs then the <strong>equivalent</strong> resistance seen is R=V/I=Vgs/(gm*Vgs)=1/gm</div> 
			<div class="content_info">
				&nbsp;&nbsp; Analog Circuit Design :: 09-30-2007 23:05 :: safwatonline :: Replies: <strong>3</strong> :: Views: <strong>8135</strong>
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								<div class="result_box">
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread106706.html" rel="nofollow">solenoid powered by pulsed current</a></h2></div>
			</div>
			<div class="content_text">Hello.

If the solenoid is powered by DC current this current invokes a magnetic force. But if the solenoid is powered by pulsed supply (PWM), which current is <strong>equivalent</strong> to the DC current (The pulsed current should invoke the same magnetic force)? Measured between solenoid and reverse <strong>diode</strong> or supply current? It is average or rms value?

thank</div> 
			<div class="content_info">
				&nbsp;&nbsp; Elementary Electronic Questions :: 09-20-2007 17:19 :: luckym :: Replies: <strong>2</strong> :: Views: <strong>1369</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread106584.html" rel="nofollow">how to measure selenoid current</a></h2></div>
			</div>
			<div class="content_text">Hello.
I need to measure selenoid current. (The selenoid controls presure reducing valve) It is powered by PWM. I don't know where to measure the current. In series with switching transistor or in series with selenoid and reverse <strong>diode</strong>? The measured current should be <strong>equivalent</strong> to DC current.
Thanks for help.
michal</div> 
			<div class="content_info">
				&nbsp;&nbsp; Analog Circuit Design :: 09-19-2007 08:48 :: luckym :: Replies: <strong>0</strong> :: Views: <strong>691</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread103251.html" rel="nofollow">differential gain vs regular</a></h2></div>
			</div>
			<div class="content_text">we all know that differential ckt puts out 2x the output voltage swing but how come it's small signal voltage gain is the same as the <strong>equivalent</strong> regular non-differential pair.  Let's say a CS with <strong>diode</strong> connect would have Av=gm1/gm2, the differential gain uses half ckt so it would have the same gain?  Sorry, i don't understand that... it doesn't fo</div> 
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				&nbsp;&nbsp; Analog Circuit Design :: 08-08-2007 01:47 :: firewind :: Replies: <strong>0</strong> :: Views: <strong>706</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread98337.html" rel="nofollow">Pleas help if you can,,, equivalent diode</a></h2></div>
			</div>
			<div class="content_text">Dear all Electronics Engineers,

Kindly I have a question which is very important for me, so pleas, pleas advice and help me...

I have to repair a transceivers work in 5.8GHz and 5.4 GHz rang,

I found the faulty component, it?s a surface mount <strong>diode</strong> 
(it has a cathode label as I draw it in the picture but it?s not that clear, and I take a </div> 
			<div class="content_info">
				&nbsp;&nbsp; Electromagnetic Design and Simulation :: 06-08-2007 13:12 :: pnp30000 :: Replies: <strong>0</strong> :: Views: <strong>1044</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread97885.html" rel="nofollow">basics(differential amplifier  and darlington)</a></h2></div>
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			<div class="content_text">For the first question :
We take the output fron the transistor that is not <strong>diode</strong> connected ,because the <strong>diode</strong> connected transistor is <strong>equivalent</strong> at the small signal analysis to a resistance of value 1/gm which is usually a small value .The gain at the output of the unloaded amplifer is equal to Gm*Ro where Gm is the amplifier's (...)</div> 
			<div class="content_info">
				&nbsp;&nbsp; Elementary Electronic Questions :: 06-03-2007 13:17 :: ieropsaltic :: Replies: <strong>3</strong> :: Views: <strong>2021</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread96916.html" rel="nofollow">what happens if we short drain-gate AND drain-sourse in MOS</a></h2></div>
			</div>
			<div class="content_text">If you short the drain and the gate in a MOSFET, in the small signal analysis it becomes a <strong>diode</strong>-connected transistor i.e it is <strong>equivalent</strong> of a resistor of value 1/gm .Note that the <strong>diode</strong> connected MOSFET is always in saturation given that its Vgs is larger than Vth in other words it never operates in triode .If you short both the drain and (...)</div> 
			<div class="content_info">
				&nbsp;&nbsp; Elementary Electronic Questions :: 05-23-2007 13:17 :: ieropsaltic :: Replies: <strong>6</strong> :: Views: <strong>20431</strong>
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				<div class="content_title"><h2><a href="http://www.edaboard.com/thread94461.html" rel="nofollow">Test current and maximum regulator current for zener diode</a></h2></div>
			</div>
			<div class="content_text">munich1806,
Test current is the current at which the zener breakdown voltage and <strong>equivalent</strong> internal impedance specifications are guaranteed.  Currents higher than the test current result in slightly higher breakdown voltage and lower internal impedance.  Conversly, currents lower thatn the test current result in slightly lower breakdown voltage a</div> 
			<div class="content_info">
				&nbsp;&nbsp; Elementary Electronic Questions :: 04-24-2007 16:31 :: Kral :: Replies: <strong>2</strong> :: Views: <strong>9764</strong>
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