Destiny or Free Will?

Recently I watched the movie The Adjustment Bureau (2011) and I can say that this movie talks about many things, but mainly I think it’s about the power of CONSCIOUS COCREATION.

I BELIVE that these “guys” ho are in this “bureau”, are nothing more than just humans, and I think that these “powers” they posses are “worldly powers” and are not “heavenly powers” and DEFINITELY NOT THE POWERS OF THE ANGELS! There is a distinction between these powers and the power of the angels.

I believe that we are dealing here with a subtle connection with the power of  illuminati over others and control over the masses.

I think that these powers are just simply a high degree of extremely advanced transcended spirituality and masters of magic, the highest form of power that humans can have until the “global awakening” at CONSCIOUS COCREATION STATE before the “harvest”.

I think that many people in our world are awakening to this state, and realize that this power can only be used in service of others. That is why it’s called a bureau. They can’t use it for themselves. They become aware of a higher hierrahy of powers and the principle of Free Will, and thus polarized towards service. However, there are exceptions like in our story

Well if you consider in discussion, the Maya calendar, then you begin to see that the latter may be more correct, and that the state of conscious cocreation must come in a stage of evolution of consciousness on this planet according to a pre-established plan. If you want to learn more about this stuff I suggest listening to Ian Xel Lungold – Maya calendar. Still at the time I’m writing this post, conscious cocreation is here, but not all of us will awake to this state (more on link above)

Now, going back to our subject, when you think about it in this perspective, you begin to see, that maybe the whole “illuminati chip implant technology method of controlling the people” may be just a cover story or a fake story to delude us and incite fear and rebellion. My personal feeling about this whole issue is “satyagraha“, by respecting their great power and through peaceful rejection.

The movie touches a sensitive subject regarding the old fashion philosophical question “Are we in control of our own fate, or is everything we do predetermined?” Well…it’s kind of a paradox, because I think that both are true at the same time. How can this be? You may ask. It’s going to be a little hard to follow my logic, but here it goes. It ties back to our “free will” which according to Ra material, which I consider to be the Great Knowledge of the angels and of the cherubim’s, is the FIRST DISTORSION OF THE LAW OF ONE.  When we consider this material in discussion, we understand that our free will plays an extremely important role in our lives, and therefore in our destiny. Someone, I don’t recall its name sad once, that if you plant a thought you reap an action; you plant an action you reap a habit; you plant a habit you reap a character; you plant a character you reap a destiny. This shows how our personality shapes our lives. But could it be sad the same of our destiny? Well, I don’t think so. But what is a destiny? The term means that our future actions and decisions are already written.

One thing you may believe about destiny is that is the subject to your present personality and character, that is a trend or a average of your past “you”, meaning that the future get’s its roots in the past. Although this may be partially correct, Your future suffers much more, let’s call them “quantum fluctuations” then just that, it is a much more complex function, where the past is merely just a parameter or a variable.

My personal never changeable belief about destiny is this: If you believe you have a destiny, you ARE RIGHT! You have! But if you don’t believe you have one, and instead you think you are in FULL CONTROL over your life, YOU ARE ALSO RIGHT! Each man has its own destiny, but at some people, is less pronounced than others.

This is absurd, you might say. How can this be? Well, we tie back again to the ancient beliefs and Greek/roman Gods. When you truly understand, and realize that DESTINY IS A BEING, not just a piece of divine paper or blackboard upon which your future is written. Destiny is like a “person” with a separate and unique Consciousness, but with Infinite Intelligence, wisdom and understanding. INIFINTE! That makes it a part of the anatomy of God!

Regarding those people who think that they are in FULL CONTROL over their own life, their destiny is not so pronounced and accentuated. I truly respect those who think like this, because it takes a lot of courage, strength, and character to face life with this attitude, and move on, when you have made a mistake and you are suffering, or raise up when you have stumbled on hard and difficult problems. Although many of these people have the concept that life is hard or that life is a struggle, and that you have to fight or compete for everything you need and want.

But my answer to these people is that life doesn’t have to be a fight. It doesn’t have to be hard. But it is, they might say! Please bear with me. In Life you don’t necessary have to struggle for existence. You don’t have to suffer! This is mainly (there are exception to every rule), this is mainly because they rely on their own Intelligence. They believe that you are on your own in life, and you have to succeed on your own. In life you are on your own. They rely on their own power, their own wisdom, skills, knowledge, mind, ego and self confidence to succeed everything that life throws at them.

BUT

I don’t believe because I know for certain that there is a Higher Intelligence out there, there is a Higher Power out there, a Higher Wisdom, The Master of all skills, a Greater Knowledge (Truth), and a Greater Mind, extremely more intelligent that you are, that have a infinitely bigger power than you, much more wisdom than you have, and an extremely big Mind.

SO, a good HEALTHY LOGIC goes like this:

Can’t such a Great Being help me?

Can’t it make my life much more easier?

Can’t such a Great wisdom teach me how to make the best choices in life?

Can’t Such a Great Mind teach me the skills that I truly need to survive?

Can’t such a Great Truth lead me to discover who I truly am?

Can’t such a Great Knowledge teach me what I need to know?

Can’t such a Great Power lead me to success, happiness and bliss?

HE CAN!

The moment you believe all those things above, you can rest assured that you have a Destiny!

Didn’t you ever think what would your life would have been if you have made different decisions? Would your life be better now, if you have made different choices? People who have a more accentuated destiny, is because they recognize that behind destiny there is a Higher force and a Higher intelligence (much more than their own or many people put together) and that this Higher Intelligence or Intelligent Infinity CAN CHOOSE A BETTER PATH in your life than you could possibly think! So even if you think about what would your life would have been, if you have made different choices, YOU HAVE TO BEGIN TO TRUST this higher intelligence, that it can make the best choices possible, if you allow It! But that doesn’t mean succumbing your free will, no, because, if you truly and with all your heart believe that this Higher Intelligence can CHOSE FOR YOU, and pray(ask for Its guidance – remember separate consciousness, omnipresent, omnipotent, all-knowing) and ask to guide you to make a good choice in the near future, it can help you. So YOU AND ONLY YOU use your Free will to make that choice. Then I ask you:

HOW do you know that what you have chosen, wasn’t the Plan?

How do you know that the choice you made was in fact what was destined for you to choose?

How do you know?

How do you know that wasn’t what this Higher Intelligence wrote for you?

You don’t!

You have to trust and believe!

Trust that that choice you made was what you were supposed to do, so you will be now, on the best PATH possible among infinite possibilities of parallel universes, because of this INFINITE intelligent Higher Power!

So to sum all this up, it’s kind of a intermingling of your free will and destiny what is really happening here.

Free will or destiny? It could be seen as both at the same time. It doesn’t have to be absurd! Not if you have a good logic behind it.

Then some of you might say: You are full of s**t! I want to become a doctor! It is my destiny to help and cure the sick people!

Ok, my friend! Listen, don’t take all that I say for granted, if you think that is what you want to do in life, and feel it is right for you, then go for it! If you think you have to do that, and the term “Destiny” for you means “Mission” then so be it. I’m not against you, and I don’t disagree.

We, humans, have this enormously great power given to us by God, called Free will. Therefore you have the Wright to exercise that power the way you see fit. But remember, what I sad, your mixture of free will/intelligence/wisdom/skills/character/personality/mind doesn’t guarantee you complete success, happiness and easy “mission”. You can choose to learn, study and become a doctor/engineer/lawyer and so on, and face many difficulties, because maybe (again there can be exceptions) you weren’t supposed to do that (your destiny had become dormant succumbed by the power of your will), maybe your destiny was to use that undiscovered born talent for music, who knows? (God knows!) but hey, in the end you will succeed to do what you have set for you in your mind, and any higher Intelligence or entity will let you, even if you are making a mistake! Just because of this Law of Free Will! Remember, that we can learn more from mistakes and failure than from success. Victory just doesn’t taste the same, until you have experienced defeat. Light will always be more “light/white/pure” after you have experienced the darkness. Therefore Free will is given to us among others reasons, also as a learning tool.

One thing we can add to our discussion is the movie Big Fish, in its uniqueness. I believe the movie underlying message is the power of imagination, and how this can shape your life and destiny. A story in which the main character identifies himself with the story he tells. He becomes the story, in a way merging with his destiny. Ultimately we can say that the Destiny of human being is to die, so that he could live, and it is to live so that he could someday die. In this perspective Death no longer appears as a termination, extinction, decomposing or …. comes as a fulfillment of Life or as a crownment of all achievements in life. Death comes as a reward for a good life.

What I believe about this, as I have said before, you have to Trust in a Higher Inteligence, that THIS life, is the best.

And this ties back to the very concept of “Amor fati” a phrase repeatedly used in Nietzsche’s writings which means “love of fate” or “love of one’s fate”. It is used to describe an attitude in which one sees everything that happens in one’s life, including suffering and loss, as good. That is, one feels that everything that happens is destiny’s way of reaching its ultimate purpose, and so should be considered good. Moreover, it is characterized by an acceptance of the events that occur in one’s life.

In hope that my logic is clear and that I’m being rational, this love is based on the TRUST in this HIGHER INTELIGENCE that knows better than you will ever know, all the qualities and aspects of these parallel lives  and how they end. By allowing yourself to trust this Complex higher intelligence, you could attain this state of acceptance of what it is, and amor fati.

To end this controversial talk, I’m going to use a extraordinary Scifi TV series called “The Outer Limits” (1995). In this series of episodes, which vary in quality, we can find an immense reservoir of knowledge, wisdom, philosophy and spirituality. The Episode that I want to refer to is called “In another Life” and is episode 4 from the season 4. The narrating starting and ending voice give weight to these episodes as they pinpoint the essence of the story. Let’s quote the starting thought:

“Do we have the power to shape our lives or are we predestined to be who we are? If our Fate is but one amongst many, then whose life, if anyone’s, is real?”


When I first hear this, I quickly answered: All. All your parallel lives are as much real as the one you live in. Hard to accept for some people, but science has proven this as a fact, and is not a theory, idea, hypothesis or else.  And the conclusion at the end of the episode ties us back to the power of the present moment:

“If our lives are indeed the sum total of the choices we’ve made, then WE CANNOT CHANGE WHO WE ARE! But with every new choice we’re given, we can change who we’re going to be.

Organize your resistors

When you want to organize resistors in these homemade organizers you need to know that they have just 3 main large parameters listed in order of importance: RESISTANCE, POWER, and TOLERANCE. I’m not going to get in to much detail about all these parameters, the net is full of info about them, but the “Power” value simply put, determines the maximum current you are permitted to allowed to flow through that resistor without burning it out. Tolerance in a nutshell means with how much the value of that resistor stays constant over time (the resistor values are not a constant value). For example a 120 Ohms resistor with a 10% tolerance might have a different value than 120 when you measure it with an ohmmeter, but never out of the interval (108 Ohm – 132 Ohms). Some resistors might have another parameter called temperature coefficient, expressed like tolerance in percents, representing with how much their value changes with temperature. We won’t cover this one, but if you want you could add this parameter to classifiers although it’s rarely used and very few resistors mention this value. So you will want to write these 3 main values on the front of the envelope like this:

Sometimes, depending on the application, you will need power resistors and low value tolerance resistors. So, one good way to find them fast, is to put a mark on their envelopes. I have chosen to put a black big dot in the right for power resistors and to the left for low value tolerance. You can chose whatever method you like to easily and rapidly distinguish them from the rest.

You will catalog resistors in ascending order first by their value of resistance, then by power and then by tolerance. This means that a 10 Ohm 1 Watt resistor comes before a 10 Ohm 2 watt resistor. Another example is that 1kOhm/0.25W/5% tolerance comes after the 1KOhm/0.25W/1% tolerance. Very simple.

Now comes something a little less simple: You will need to know about resistors values. What are the values that resistors take? Well, the answer is a little more complicated. As some of you may know these things, I’m going to approach the issue from a different perspective.

You see, resistor values are dependent on their tolerance, meaning that for all 5% tolerance resistors there is set of standardized values all found in a table called E24, for 2% tolerance there is another table of different standardized resistors values and so on. But as you might have noticed there are resistor values present in all standardized tables and some resistor values which are unique to that specific table (for example 21,6 Ohms is only found in table E96 with the only valid tolerance being 1%!)

I’ll post these common tables here:

E6 Standard Resistor Series for 20% tolerance (now seldom used)

1Ω

10Ω

100Ω

1KΩ

10KΩ

100KΩ

1MΩ

1,5Ω

15Ω

150Ω

1,5KΩ

15KΩ

150KΩ

1,5MΩ

2,2Ω

22Ω

220Ω

2,2KΩ

22KΩ

220KΩ

2,2MΩ

3,3Ω

33Ω

330Ω

3,3KΩ

33KΩ

330KΩ

3,3MΩ

4,7Ω

47Ω

470Ω

4,7KΩ

47KΩ

470KΩ

4,7MΩ

6,8Ω

68Ω

680Ω

6,8KΩ

68KΩ

680KΩ

6,8MΩ

The table must be read by columns. There are standardized resistor tables out there that mention just the first column. The reason is that the values repeat by column with a consistent multiplication by 10.

E12 Standard Resistor Series for 10% tolerance

1Ω

10Ω

100Ω

1KΩ

10KΩ

100KΩ

1MΩ

1,2Ω

12Ω

120Ω

1,2KΩ

12KΩ

120KΩ

1,2MΩ

1,5Ω

15Ω

150Ω

1,5KΩ

15KΩ

150KΩ

1,5MΩ

1,8Ω

18Ω

180Ω

1,8KΩ

18KΩ

180KΩ

1,8MΩ

2,2Ω

22Ω

220Ω

2,2KΩ

22KΩ

220KΩ

2,2MΩ

2,7Ω

27Ω

270Ω

2,7KΩ

27KΩ

270KΩ

2,7MΩ

3,3Ω

33Ω

330Ω

3,3KΩ

33KΩ

330KΩ

3,3MΩ

3,9Ω

39Ω

390Ω

3,9KΩ

39KΩ

390KΩ

3,9MΩ

4,7Ω

47Ω

470Ω

4,7KΩ

47KΩ

470KΩ

4,7MΩ

5,6Ω

56Ω

560Ω

5,6KΩ

56KΩ

560KΩ

5,6MΩ

6,8Ω

68Ω

680Ω

6,8KΩ

68KΩ

680KΩ

6,8MΩ

8,2Ω

82Ω

820Ω

8,2KΩ

82KΩ

820KΩ

8,2MΩ

E24 Standard Resistor Series for 5% tolerance

1Ω

10Ω

100Ω

1KΩ

10KΩ

100KΩ

1MΩ

1,1Ω

11Ω

110Ω

1,1KΩ

11KΩ

110KΩ

1,1MΩ

1,2Ω

12Ω

120Ω

1,2KΩ

12KΩ

120KΩ

1,2MΩ

1,3Ω

13Ω

130Ω

1,3KΩ

13KΩ

130KΩ

1,3MΩ

1,5Ω

15Ω

150Ω

1,5KΩ

15KΩ

150KΩ

1,5MΩ

1,6Ω

16Ω

160Ω

1,6KΩ

16KΩ

160KΩ

1,6MΩ

1,8Ω

18Ω

180Ω

1,8KΩ

18KΩ

180KΩ

1,8MΩ

2Ω

20Ω

200Ω

2KΩ

20KΩ

200KΩ

2MΩ

2,2Ω

22Ω

220Ω

2,2KΩ

22KΩ

220KΩ

2,2MΩ

2,4Ω

24Ω

240Ω

2,4KΩ

24KΩ

240KΩ

2,4MΩ

2,7Ω

27Ω

270Ω

2,7KΩ

27KΩ

270KΩ

2,7MΩ

3Ω

30Ω

300Ω

3KΩ

30KΩ

300KΩ

3MΩ

3,3Ω

33Ω

330Ω

3,3KΩ

33KΩ

330KΩ

3,3MΩ

3,6Ω

36Ω

360Ω

3,6KΩ

36KΩ

360KΩ

3,6MΩ

3,9Ω

39Ω

390Ω

3,9KΩ

39KΩ

390KΩ

3,9MΩ

4,3Ω

43Ω

430Ω

4,3KΩ

43KΩ

430KΩ

4,3MΩ

4,7Ω

47Ω

470Ω

4,7KΩ

47KΩ

470KΩ

4,7MΩ

5,1Ω

51Ω

510Ω

5,1KΩ

51KΩ

510KΩ

5,1MΩ

5,6Ω

56Ω

560Ω

5,6KΩ

56KΩ

560KΩ

5,6MΩ

6,2Ω

62Ω

620Ω

6,2KΩ

62KΩ

620KΩ

6,2MΩ

6,8Ω

68Ω

680Ω

6,8KΩ

68KΩ

680KΩ

6,8MΩ

7,5Ω

75Ω

750Ω

7,5KΩ

75KΩ

750KΩ

7,5MΩ

8,2Ω

82Ω

820Ω

8,2KΩ

82KΩ

820KΩ

8,2MΩ

9,1Ω

91Ω

910Ω

9,1KΩ

91KΩ

910KΩ

9,1MΩ

E48 Standard Resistor Series for 2% tolerance

1Ω

10Ω

100Ω

1KΩ

10KΩ

100KΩ

1MΩ

1,05Ω

10,5Ω

105Ω

1,05KΩ

10,5KΩ

105KΩ

1,05MΩ

1,1Ω

11Ω

110Ω

1,1KΩ

11KΩ

110KΩ

1,1MΩ

1,15Ω

11,5Ω

115Ω

1,15KΩ

11,5KΩ

115KΩ

1,15MΩ

1,21Ω

12,1Ω

121Ω

1,21KΩ

12,1KΩ

121KΩ

1,21MΩ

1,27Ω

12,7Ω

127Ω

1,27KΩ

12,7KΩ

127KΩ

1,27MΩ

1,33Ω

13,3Ω

133Ω

1,33KΩ

13,3KΩ

133KΩ

1,33MΩ

1,4Ω

14Ω

140Ω

1,4KΩ

14KΩ

140KΩ

1,4MΩ

1,47Ω

14,7Ω

147Ω

1,47KΩ

14,7KΩ

147KΩ

1,47MΩ

1,54Ω

15,4Ω

154Ω

1,54KΩ

15,4KΩ

154KΩ

1,54MΩ

1,62Ω

16,2Ω

162Ω

1,62KΩ

16,2KΩ

162KΩ

1,62MΩ

1,69Ω

16,9Ω

169Ω

1,69KΩ

16,9KΩ

169KΩ

1,69MΩ

1,78Ω

17,8Ω

178Ω

1,78KΩ

17,8KΩ

178KΩ

1,78MΩ

1,87Ω

18,7Ω

187Ω

1,87KΩ

18,7KΩ

187KΩ

1,87MΩ

1,96Ω

19,6Ω

196Ω

1,96KΩ

19,6KΩ

196KΩ

1,96MΩ

2,05Ω

20,5Ω

205Ω

2,05KΩ

20,5KΩ

205KΩ

2,05MΩ

2,15Ω

21,5Ω

215Ω

2,15KΩ

21,5KΩ

215KΩ

2,15MΩ

2,26Ω

22,6Ω

226Ω

2,26KΩ

22,6KΩ

226KΩ

2,26MΩ

2,37Ω

23,7Ω

237Ω

2,37KΩ

23,7KΩ

237KΩ

2,37MΩ

2,49Ω

24,9Ω

249Ω

2,49KΩ

24,9KΩ

249KΩ

2,49MΩ

2,61Ω

26,1Ω

261Ω

2,61KΩ

26,1KΩ

261KΩ

2,61MΩ

2,74Ω

27,4Ω

274Ω

2,74KΩ

27,4KΩ

274KΩ

2,74MΩ

2,87Ω

28,7Ω

287Ω

2,87KΩ

28,7KΩ

287KΩ

2,87MΩ

3,01Ω

30,1Ω

301Ω

3,01KΩ

30,1KΩ

301KΩ

3,01MΩ

3,16Ω

31,6Ω

316Ω

3,16KΩ

31,6KΩ

316KΩ

3,16MΩ

3,32Ω

33,2Ω

332Ω

3,32KΩ

33,2KΩ

332KΩ

3,32MΩ

3,48Ω

34,8Ω

348Ω

3,48KΩ

34,8KΩ

348KΩ

3,48MΩ

3,65Ω

36,5Ω

365Ω

3,65KΩ

36,5KΩ

365KΩ

3,65MΩ

3,83Ω

38,3Ω

383Ω

3,83KΩ

38,3KΩ

383KΩ

3,83MΩ

4,02Ω

40,2Ω

402Ω

4,02KΩ

40,2KΩ

402KΩ

4,02MΩ

4,22Ω

42,2Ω

422Ω

4,22KΩ

42,2KΩ

422KΩ

4,22MΩ

4,42Ω

44,2Ω

442Ω

4,42KΩ

44,2KΩ

442KΩ

4,42MΩ

4,64Ω

46,4Ω

464Ω

4,64KΩ

46,4KΩ

464KΩ

4,64MΩ

4,87Ω

48,7Ω

487Ω

4,87KΩ

48,7KΩ

487KΩ

4,87MΩ

5,11Ω

51,1Ω

511Ω

5,11KΩ

51,1KΩ

511KΩ

5,11MΩ

5,36Ω

53,6Ω

536Ω

5,36KΩ

53,6KΩ

536KΩ

5,36MΩ

5,62Ω

56,2Ω

562Ω

5,62KΩ

56,2KΩ

562KΩ

5,62MΩ

5,9Ω

59Ω

590Ω

5,9KΩ

59KΩ

590KΩ

5,9MΩ

6,19Ω

61,9Ω

619Ω

6,19KΩ

61,9KΩ

619KΩ

6,19MΩ

6,49Ω

64,9Ω

649Ω

6,49KΩ

64,9KΩ

649KΩ

6,49MΩ

6,81Ω

68,1Ω

681Ω

6,81KΩ

68,1KΩ

681KΩ

6,81MΩ

7,15Ω

71,5Ω

715Ω

7,15KΩ

71,5KΩ

715KΩ

7,15MΩ

7,5Ω

75Ω

750Ω

7,5KΩ

75KΩ

750KΩ

7,5MΩ

7,87Ω

78,7Ω

787Ω

7,87KΩ

78,7KΩ

787KΩ

7,87MΩ

8,25Ω

82,5Ω

825Ω

8,25KΩ

82,5KΩ

825KΩ

8,25MΩ

8,66Ω

86,6Ω

866Ω

8,66KΩ

86,6KΩ

866KΩ

8,66MΩ

9,09Ω

90,9Ω

909Ω

9,09KΩ

90,9KΩ

909KΩ

9,09MΩ

9,53Ω

95,3Ω

953Ω

9,53KΩ

95,3KΩ

953KΩ

9,53MΩ

E96 Standard Resistor Series for 1% tolerance

1Ω

10Ω

100Ω

1KΩ

10KΩ

100KΩ

1MΩ

1,02Ω

10,2Ω

102Ω

1,02KΩ

10,2KΩ

102KΩ

1,02MΩ

1,05Ω

10,5Ω

105Ω

1,05KΩ

10,5KΩ

105KΩ

1,05MΩ

1,07Ω

10,7Ω

107Ω

1,07KΩ

10,7KΩ

107KΩ

1,07MΩ

1,1Ω

11Ω

110Ω

1,1KΩ

11KΩ

110KΩ

1,1MΩ

1,13Ω

11,3Ω

113Ω

1,13KΩ

11,3KΩ

113KΩ

1,13MΩ

1,15Ω

11,5Ω

115Ω

1,15KΩ

11,5KΩ

115KΩ

1,15MΩ

1,18Ω

11,8Ω

118Ω

1,18KΩ

11,8KΩ

118KΩ

1,18MΩ

1,21Ω

12,1Ω

121Ω

1,21KΩ

12,1KΩ

121KΩ

1,21MΩ

1,24Ω

12,4Ω

124Ω

1,24KΩ

12,4KΩ

124KΩ

1,24MΩ

1,27Ω

12,7Ω

127Ω

1,27KΩ

12,7KΩ

127KΩ

1,27MΩ

1,3Ω

13Ω

130Ω

1,3KΩ

13KΩ

130KΩ

1,3MΩ

1,33Ω

13,3Ω

133Ω

1,33KΩ

13,3KΩ

133KΩ

1,33MΩ

1,37Ω

13,7Ω

137Ω

1,37KΩ

13,7KΩ

137KΩ

1,37MΩ

1,4Ω

14Ω

140Ω

1,4KΩ

14KΩ

140KΩ

1,4MΩ

1,43Ω

14,3Ω

143Ω

1,43KΩ

14,3KΩ

143KΩ

1,43MΩ

1,47Ω

14,7Ω

147Ω

1,47KΩ

14,7KΩ

147KΩ

1,47MΩ

1,5Ω

15Ω

150Ω

1,5KΩ

15KΩ

150KΩ

1,5MΩ

1,54Ω

15,4Ω

154Ω

1,54KΩ

15,4KΩ

154KΩ

1,54MΩ

1,58Ω

15,8Ω

158Ω

1,58KΩ

15,8KΩ

158KΩ

1,58MΩ

1,62Ω

16,2Ω

162Ω

1,62KΩ

16,2KΩ

162KΩ

1,62MΩ

1,65Ω

16,5Ω

165Ω

1,65KΩ

16,5KΩ

165KΩ

1,65MΩ

1,69Ω

16,9Ω

169Ω

1,69KΩ

16,9KΩ

169KΩ

1,69MΩ

1,74Ω

17,4Ω

174Ω

1,74KΩ

17,4KΩ

174KΩ

1,74MΩ

1,78Ω

17,8Ω

178Ω

1,78KΩ

17,8KΩ

178KΩ

1,78MΩ

1,82Ω

18,2Ω

182Ω

1,82KΩ

18,2KΩ

182KΩ

1,82MΩ

1,87Ω

18,7Ω

187Ω

1,87KΩ

18,7KΩ

187KΩ

1,87MΩ

1,91Ω

19,1Ω

191Ω

1,91KΩ

19,1KΩ

191KΩ

1,91MΩ

1,96Ω

19,6Ω

196Ω

1,96KΩ

19,6KΩ

196KΩ

1,96MΩ

2Ω

20Ω

200Ω

2KΩ

20KΩ

200KΩ

2MΩ

2,05Ω

20,5Ω

205Ω

2,05KΩ

20,5KΩ

205KΩ

2,05MΩ

2,1Ω

21Ω

210Ω

2,1KΩ

21KΩ

210KΩ

2,1MΩ

2,16Ω

21,6Ω

216Ω

2,16KΩ

21,6KΩ

216KΩ

2,16MΩ

2,21Ω

22,1Ω

221Ω

2,21KΩ

22,1KΩ

221KΩ

2,21MΩ

2,36Ω

23,6Ω

236Ω

2,36KΩ

23,6KΩ

236KΩ

2,36MΩ

2,32Ω

23,2Ω

232Ω

2,32KΩ

23,2KΩ

232KΩ

2,32MΩ

2,37Ω

23,7Ω

237Ω

2,37KΩ

23,7KΩ

237KΩ

2,37MΩ

2,43Ω

24,3Ω

243Ω

2,43KΩ

24,3KΩ

243KΩ

2,43MΩ

2,49Ω

24,9Ω

249Ω

2,49KΩ

24,9KΩ

249KΩ

2,49MΩ

2,55Ω

25,5Ω

255Ω

2,55KΩ

25,5KΩ

255KΩ

2,55MΩ

2,61Ω

26,1Ω

261Ω

2,61KΩ

26,1KΩ

261KΩ

2,61MΩ

2,67Ω

26,7Ω

267Ω

2,67KΩ

26,7KΩ

267KΩ

2,67MΩ

2,74Ω

27,4Ω

274Ω

2,74KΩ

27,4KΩ

274KΩ

2,74MΩ

2,8Ω

28Ω

280Ω

2,8KΩ

28KΩ

280KΩ

2,8MΩ

2,87Ω

28,7Ω

287Ω

2,87KΩ

28,7KΩ

287KΩ

2,87MΩ

2,94Ω

29,4Ω

294Ω

2,94KΩ

29,4KΩ

294KΩ

2,94MΩ

3,01Ω

30,1Ω

301Ω

3,01KΩ

30,1KΩ

301KΩ

3,01MΩ

3,09Ω

30,9Ω

309Ω

3,09KΩ

30,9KΩ

309KΩ

3,09MΩ

3,16Ω

31,6Ω

316Ω

3,16KΩ

31,6KΩ

316KΩ

3,16MΩ

3,24Ω

32,4Ω

324Ω

3,24KΩ

32,4KΩ

324KΩ

3,24MΩ

3,32Ω

33,2Ω

332Ω

3,32KΩ

33,2KΩ

332KΩ

3,32MΩ

3,4Ω

34Ω

340Ω

3,4KΩ

34KΩ

340KΩ

3,4MΩ

3,48Ω

34,8Ω

348Ω

3,48KΩ

34,8KΩ

348KΩ

3,48MΩ

3,57Ω

35,7Ω

357Ω

3,57KΩ

35,7KΩ

357KΩ

3,57MΩ

3,65Ω

36,5Ω

365Ω

3,65KΩ

36,5KΩ

365KΩ

3,65MΩ

3,74Ω

37,4Ω

374Ω

3,74KΩ

37,4KΩ

374KΩ

3,74MΩ

3,83Ω

38,3Ω

383Ω

3,83KΩ

38,3KΩ

383KΩ

3,83MΩ

3,92Ω

39,2Ω

392Ω

3,92KΩ

39,2KΩ

392KΩ

3,92MΩ

4,02Ω

40,2Ω

402Ω

4,02KΩ

40,2KΩ

402KΩ

4,02MΩ

4,12Ω

41,2Ω

412Ω

4,12KΩ

41,2KΩ

412KΩ

4,12MΩ

4,22Ω

42,2Ω

422Ω

4,22KΩ

42,2KΩ

422KΩ

4,22MΩ

4,32Ω

43,2Ω

432Ω

4,32KΩ

43,2KΩ

432KΩ

4,32MΩ

4,42Ω

44,2Ω

442Ω

4,42KΩ

44,2KΩ

442KΩ

4,42MΩ

4,53Ω

45,3Ω

453Ω

4,53KΩ

45,3KΩ

453KΩ

4,53MΩ

4,64Ω

46,4Ω

464Ω

4,64KΩ

46,4KΩ

464KΩ

4,64MΩ

4,75Ω

47,5Ω

475Ω

4,75KΩ

47,5KΩ

475KΩ

4,75MΩ

4,87Ω

48,7Ω

487Ω

4,87KΩ

48,7KΩ

487KΩ

4,87MΩ

4,91Ω

49,1Ω

491Ω

4,91KΩ

49,1KΩ

491KΩ

4,91MΩ

5,11Ω

51,1Ω

511Ω

5,11KΩ

51,1KΩ

511KΩ

5,11MΩ

5,23Ω

52,3Ω

523Ω

5,23KΩ

52,3KΩ

523KΩ

5,23MΩ

5,36Ω

53,6Ω

536Ω

5,36KΩ

53,6KΩ

536KΩ

5,36MΩ

5,49Ω

54,9Ω

549Ω

5,49KΩ

54,9KΩ

549KΩ

5,49MΩ

5,62Ω

56,2Ω

562Ω

5,62KΩ

56,2KΩ

562KΩ

5,62MΩ

5,76Ω

57,6Ω

576Ω

5,76KΩ

57,6KΩ

576KΩ

5,76MΩ

5,9Ω

59Ω

590Ω

5,9KΩ

59KΩ

590KΩ

5,9MΩ

6,04Ω

60,4Ω

604Ω

6,04KΩ

60,4KΩ

604KΩ

6,04MΩ

6,19Ω

61,9Ω

619Ω

6,19KΩ

61,9KΩ

619KΩ

6,19MΩ

6,34Ω

63,4Ω

634Ω

6,34KΩ

63,4KΩ

634KΩ

6,34MΩ

6,49Ω

64,9Ω

649Ω

6,49KΩ

64,9KΩ

649KΩ

6,49MΩ

6,65Ω

66,5Ω

665Ω

6,65KΩ

66,5KΩ

665KΩ

6,65MΩ

6,81Ω

68,1Ω

681Ω

6,81KΩ

68,1KΩ

681KΩ

6,81MΩ

6,98Ω

69,8Ω

698Ω

6,98KΩ

69,8KΩ

698KΩ

6,98MΩ

7,15Ω

71,5Ω

715Ω

7,15KΩ

71,5KΩ

715KΩ

7,15MΩ

7,32Ω

73,2Ω

732Ω

7,32KΩ

73,2KΩ

732KΩ

7,32MΩ

7,5Ω

75Ω

750Ω

7,5KΩ

75KΩ

750KΩ

7,5MΩ

7,68Ω

76,8Ω

768Ω

7,68KΩ

76,8KΩ

768KΩ

7,68MΩ

7,87Ω

78,7Ω

787Ω

7,87KΩ

78,7KΩ

787KΩ

7,87MΩ

8,06Ω

80,6Ω

806Ω

8,06KΩ

80,6KΩ

806KΩ

8,06MΩ

8,25Ω

82,5Ω

825Ω

8,25KΩ

82,5KΩ

825KΩ

8,25MΩ

8,45Ω

84,5Ω

845Ω

8,45KΩ

84,5KΩ

845KΩ

8,45MΩ

8,66Ω

86,6Ω

866Ω

8,66KΩ

86,6KΩ

866KΩ

8,66MΩ

8,87Ω

88,7Ω

887Ω

8,87KΩ

88,7KΩ

887KΩ

8,87MΩ

9,09Ω

90,9Ω

909Ω

9,09KΩ

90,9KΩ

909KΩ

9,09MΩ

9,31Ω

93,1Ω

931Ω

9,31KΩ

93,1KΩ

931KΩ

9,31MΩ

9,59Ω

95,9Ω

959Ω

9,59KΩ

95,9KΩ

959KΩ

9,59MΩ

9,76Ω

97,6Ω

976Ω

9,76KΩ

97,6KΩ

976KΩ

9,76MΩ

And finally:

E192 Standard Resistor Series for 0.5, 0.25, 0.1% and higher tolerances

1Ω

10Ω

100Ω

1KΩ

10KΩ

100KΩ

1MΩ

1,01Ω

10,1Ω

101Ω

1,01KΩ

10,1KΩ

101KΩ

1,01MΩ

1,02Ω

10,2Ω

102Ω

1,02KΩ

10,2KΩ

102KΩ

1,02MΩ

1,04Ω

10,4Ω

104Ω

1,04KΩ

10,4KΩ

104KΩ

1,04MΩ

1,05Ω

10,5Ω

105Ω

1,05KΩ

10,5KΩ

105KΩ

1,05MΩ

1,06Ω

10,6Ω

106Ω

1,06KΩ

10,6KΩ

106KΩ

1,06MΩ

1,07Ω

10,7Ω

107Ω

1,07KΩ

10,7KΩ

107KΩ

1,07MΩ

1,09Ω

10,9Ω

109Ω

1,09KΩ

10,9KΩ

109KΩ

1,09MΩ

1,1Ω

11Ω

110Ω

1,1KΩ

11KΩ

110KΩ

1,1MΩ

1,11Ω

11,1Ω

111Ω

1,11KΩ

11,1KΩ

111KΩ

1,11MΩ

1,13Ω

11,3Ω

113Ω

1,13KΩ

11,3KΩ

113KΩ

1,13MΩ

1,14Ω

11,4Ω

114Ω

1,14KΩ

11,4KΩ

114KΩ

1,14MΩ

1,15Ω

11,5Ω

115Ω

1,15KΩ

11,5KΩ

115KΩ

1,15MΩ

1,17Ω

11,7Ω

117Ω

1,17KΩ

11,7KΩ

117KΩ

1,17MΩ

1,18Ω

11,8Ω

118Ω

1,18KΩ

11,8KΩ

118KΩ

1,18MΩ

1,2Ω

12Ω

120Ω

1,2KΩ

12KΩ

120KΩ

1,2MΩ

1,21Ω

12,1Ω

121Ω

1,21KΩ

12,1KΩ

121KΩ

1,21MΩ

1,23Ω

12,3Ω

123Ω

1,23KΩ

12,3KΩ

123KΩ

1,23MΩ

1,24Ω

12,4Ω

124Ω

1,24KΩ

12,4KΩ

124KΩ

1,24MΩ

1,26Ω

12,6Ω

126Ω

1,26KΩ

12,6KΩ

126KΩ

1,26MΩ

1,27Ω

12,7Ω

127Ω

1,27KΩ

12,7KΩ

127KΩ

1,27MΩ

1,29Ω

12,9Ω

129Ω

1,29KΩ

12,9KΩ

129KΩ

1,29MΩ

1,3Ω

13Ω

130Ω

1,3KΩ

13KΩ

130KΩ

1,3MΩ

1,32Ω

13,2Ω

132Ω

1,32KΩ

13,2KΩ

132KΩ

1,32MΩ

1,33Ω

13,3Ω

133Ω

1,33KΩ

13,3KΩ

133KΩ

1,33MΩ

1,35Ω

13,5Ω

135Ω

1,35KΩ

13,5KΩ

135KΩ

1,35MΩ

1,37Ω

13,7Ω

137Ω

1,37KΩ

13,7KΩ

137KΩ

1,37MΩ

1,38Ω

13,8Ω

138Ω

1,38KΩ

13,8KΩ

138KΩ

1,38MΩ

1,4Ω

14Ω

140Ω

1,4KΩ

14KΩ

140KΩ

1,4MΩ

1,42Ω

14,2Ω

142Ω

1,42KΩ

14,2KΩ

142KΩ

1,42MΩ

1,43Ω

14,3Ω

143Ω

1,43KΩ

14,3KΩ

143KΩ

1,43MΩ

1,45Ω

14,5Ω

145Ω

1,45KΩ

14,5KΩ

145KΩ

1,45MΩ

1,47Ω

14,7Ω

147Ω

1,47KΩ

14,7KΩ

147KΩ

1,47MΩ

1,49Ω

14,9Ω

149Ω

1,49KΩ

14,9KΩ

149KΩ

1,49MΩ

1,5Ω

15Ω

150Ω

1,5KΩ

15KΩ

150KΩ

1,5MΩ

1,52Ω

15,2Ω

152Ω

1,52KΩ

15,2KΩ

152KΩ

1,52MΩ

1,54Ω

15,4Ω

154Ω

1,54KΩ

15,4KΩ

154KΩ

1,54MΩ

1,56Ω

15,6Ω

156Ω

1,56KΩ

15,6KΩ

156KΩ

1,56MΩ

1,58Ω

15,8Ω

158Ω

1,58KΩ

15,8KΩ

158KΩ

1,58MΩ

1,6Ω

16Ω

160Ω

1,6KΩ

16KΩ

160KΩ

1,6MΩ

1,62Ω

16,2Ω

162Ω

1,62KΩ

16,2KΩ

162KΩ

1,62MΩ

1,64Ω

16,4Ω

164Ω

1,64KΩ

16,4KΩ

164KΩ

1,64MΩ

1,65Ω

16,5Ω

165Ω

1,65KΩ

16,5KΩ

165KΩ

1,65MΩ

1,67Ω

16,7Ω

167Ω

1,67KΩ

16,7KΩ

167KΩ

1,67MΩ

1,69Ω

16,9Ω

169Ω

1,69KΩ

16,9KΩ

169KΩ

1,69MΩ

1,72Ω

17,2Ω

172Ω

1,72KΩ

17,2KΩ

172KΩ

1,72MΩ

1,74Ω

17,4Ω

174Ω

1,74KΩ

17,4KΩ

174KΩ

1,74MΩ

1,76Ω

17,6Ω

176Ω

1,76KΩ

17,6KΩ

176KΩ

1,76MΩ

1,78Ω

17,8Ω

178Ω

1,78KΩ

17,8KΩ

178KΩ

1,78MΩ

1,8Ω

18Ω

180Ω

1,8KΩ

18KΩ

180KΩ

1,8MΩ

1,82Ω

18,2Ω

182Ω

1,82KΩ

18,2KΩ

182KΩ

1,82MΩ

1,84Ω

18,4Ω

184Ω

1,84KΩ

18,4KΩ

184KΩ

1,84MΩ

1,87Ω

18,7Ω

187Ω

1,87KΩ

18,7KΩ

187KΩ

1,87MΩ

1,89Ω

18,9Ω

189Ω

1,89KΩ

18,9KΩ

189KΩ

1,89MΩ

1,91Ω

19,1Ω

191Ω

1,91KΩ

19,1KΩ

191KΩ

1,91MΩ

1,93Ω

19,3Ω

193Ω

1,93KΩ

19,3KΩ

193KΩ

1,93MΩ

1,96Ω

19,6Ω

196Ω

1,96KΩ

19,6KΩ

196KΩ

1,96MΩ

1,98Ω

19,8Ω

198Ω

1,98KΩ

19,8KΩ

198KΩ

1,98MΩ

2Ω

20Ω

200Ω

2KΩ

20KΩ

200KΩ

2MΩ

2,03Ω

20,3Ω

203Ω

2,03KΩ

20,3KΩ

203KΩ

2,03MΩ

2,05Ω

20,5Ω

205Ω

2,05KΩ

20,5KΩ

205KΩ

2,05MΩ

2,08Ω

20,8Ω

208Ω

2,08KΩ

20,8KΩ

208KΩ

2,08MΩ

2,1Ω

21Ω

210Ω

2,1KΩ

21KΩ

210KΩ

2,1MΩ

2,13Ω

21,3Ω

213Ω

2,13KΩ

21,3KΩ

213KΩ

2,13MΩ

2,15Ω

21,5Ω

215Ω

2,15KΩ

21,5KΩ

215KΩ

2,15MΩ

2,18Ω

21,8Ω

218Ω

2,18KΩ

21,8KΩ

218KΩ

2,18MΩ

2,21Ω

22,1Ω

221Ω

2,21KΩ

22,1KΩ

221KΩ

2,21MΩ

2,23Ω

22,3Ω

223Ω

2,23KΩ

22,3KΩ

223KΩ

2,23MΩ

2,26Ω

22,6Ω

226Ω

2,26KΩ

22,6KΩ

226KΩ

2,26MΩ

2,29Ω

22,9Ω

229Ω

2,29KΩ

22,9KΩ

229KΩ

2,29MΩ

2,32Ω

23,2Ω

232Ω

2,32KΩ

23,2KΩ

232KΩ

2,32MΩ

2,34Ω

23,4Ω

234Ω

2,34KΩ

23,4KΩ

234KΩ

2,34MΩ

2,37Ω

23,7Ω

237Ω

2,37KΩ

23,7KΩ

237KΩ

2,37MΩ

2,4Ω

24Ω

240Ω

2,4KΩ

24KΩ

240KΩ

2,4MΩ

2,43Ω

24,3Ω

243Ω

2,43KΩ

24,3KΩ

243KΩ

2,43MΩ

2,46Ω

24,6Ω

246Ω

2,46KΩ

24,6KΩ

246KΩ

2,46MΩ

2,49Ω

24,9Ω

249Ω

2,49KΩ

24,9KΩ

249KΩ

2,49MΩ

2,52Ω

25,2Ω

252Ω

2,52KΩ

25,2KΩ

252KΩ

2,52MΩ

2,55Ω

25,5Ω

255Ω

2,55KΩ

25,5KΩ

255KΩ

2,55MΩ

2,58Ω

25,8Ω

258Ω

2,58KΩ

25,8KΩ

258KΩ

2,58MΩ

2,61Ω

26,1Ω

261Ω

2,61KΩ

26,1KΩ

261KΩ

2,61MΩ

2,64Ω

26,4Ω

264Ω

2,64KΩ

26,4KΩ

264KΩ

2,64MΩ

2,67Ω

26,7Ω

267Ω

2,67KΩ

26,7KΩ

267KΩ

2,67MΩ

2,71Ω

27,1Ω

271Ω

2,71KΩ

27,1KΩ

271KΩ

2,71MΩ

2,74Ω

27,4Ω

274Ω

2,74KΩ

27,4KΩ

274KΩ

2,74MΩ

2,77Ω

27,7Ω

277Ω

2,77KΩ

27,7KΩ

277KΩ

2,77MΩ

2,8Ω

28Ω

280Ω

2,8KΩ

28KΩ

280KΩ

2,8MΩ

2,84Ω

28,4Ω

284Ω

2,84KΩ

28,4KΩ

284KΩ

2,84MΩ

2,87Ω

28,7Ω

287Ω

2,87KΩ

28,7KΩ

287KΩ

2,87MΩ

2,91Ω

29,1Ω

291Ω

2,91KΩ

29,1KΩ

291KΩ

2,91MΩ

2,94Ω

29,4Ω

294Ω

2,94KΩ

29,4KΩ

294KΩ

2,94MΩ

2,98Ω

29,8Ω

298Ω

2,98KΩ

29,8KΩ

298KΩ

2,98MΩ

3,01Ω

30,1Ω

301Ω

3,01KΩ

30,1KΩ

301KΩ

3,01MΩ

3,05Ω

30,5Ω

305Ω

3,05KΩ

30,5KΩ

305KΩ

3,05MΩ

3,09Ω

30,9Ω

309Ω

3,09KΩ

30,9KΩ

309KΩ

3,09MΩ

3,12Ω

31,2Ω

312Ω

3,12KΩ

31,2KΩ

312KΩ

3,12MΩ

3,16Ω

31,6Ω

316Ω

3,16KΩ

31,6KΩ

316KΩ

3,16MΩ

3,2Ω

32Ω

320Ω

3,2KΩ

32KΩ

320KΩ

3,2MΩ

3,24Ω

32,4Ω

324Ω

3,24KΩ

32,4KΩ

324KΩ

3,24MΩ

3,28Ω

32,8Ω

328Ω

3,28KΩ

32,8KΩ

328KΩ

3,28MΩ

3,32Ω

33,2Ω

332Ω

3,32KΩ

33,2KΩ

332KΩ

3,32MΩ

3,36Ω

33,6Ω

336Ω

3,36KΩ

33,6KΩ

336KΩ

3,36MΩ

3,4Ω

34Ω

340Ω

3,4KΩ

34KΩ

340KΩ

3,4MΩ

3,44Ω

34,4Ω

344Ω

3,44KΩ

34,4KΩ

344KΩ

3,44MΩ

3,48Ω

34,8Ω

348Ω

3,48KΩ

34,8KΩ

348KΩ

3,48MΩ

3,52Ω

35,2Ω

352Ω

3,52KΩ

35,2KΩ

352KΩ

3,52MΩ

3,57Ω

35,7Ω

357Ω

3,57KΩ

35,7KΩ

357KΩ

3,57MΩ

3,61Ω

36,1Ω

361Ω

3,61KΩ

36,1KΩ

361KΩ

3,61MΩ

3,65Ω

36,5Ω

365Ω

3,65KΩ

36,5KΩ

365KΩ

3,65MΩ

3,7Ω

37Ω

370Ω

3,7KΩ

37KΩ

370KΩ

3,7MΩ

3,74Ω

37,4Ω

374Ω

3,74KΩ

37,4KΩ

374KΩ

3,74MΩ

3,79Ω

37,9Ω

379Ω

3,79KΩ

37,9KΩ

379KΩ

3,79MΩ

3,83Ω

38,3Ω

383Ω

3,83KΩ

38,3KΩ

383KΩ

3,83MΩ

3,88Ω

38,8Ω

388Ω

3,88KΩ

38,8KΩ

388KΩ

3,88MΩ

3,92Ω

39,2Ω

392Ω

3,92KΩ

39,2KΩ

392KΩ

3,92MΩ

3,97Ω

39,7Ω

397Ω

3,97KΩ

39,7KΩ

397KΩ

3,97MΩ

4,02Ω

40,2Ω

402Ω

4,02KΩ

40,2KΩ

402KΩ

4,02MΩ

4,07Ω

40,7Ω

407Ω

4,07KΩ

40,7KΩ

407KΩ

4,07MΩ

4,12Ω

41,2Ω

412Ω

4,12KΩ

41,2KΩ

412KΩ

4,12MΩ

4,17Ω

41,7Ω

417Ω

4,17KΩ

41,7KΩ

417KΩ

4,17MΩ

4,22Ω

42,2Ω

422Ω

4,22KΩ

42,2KΩ

422KΩ

4,22MΩ

4,27Ω

42,7Ω

427Ω

4,27KΩ

42,7KΩ

427KΩ

4,27MΩ

4,32Ω

43,2Ω

432Ω

4,32KΩ

43,2KΩ

432KΩ

4,32MΩ

4,37Ω

43,7Ω

437Ω

4,37KΩ

43,7KΩ

437KΩ

4,37MΩ

4,42Ω

44,2Ω

442Ω

4,42KΩ

44,2KΩ

442KΩ

4,42MΩ

4,48Ω

44,8Ω

448Ω

4,48KΩ

44,8KΩ

448KΩ

4,48MΩ

4,53Ω

45,3Ω

453Ω

4,53KΩ

45,3KΩ

453KΩ

4,53MΩ

4,59Ω

45,9Ω

459Ω

4,59KΩ

45,9KΩ

459KΩ

4,59MΩ

4,64Ω

46,4Ω

464Ω

4,64KΩ

46,4KΩ

464KΩ

4,64MΩ

4,7Ω

47Ω

470Ω

4,7KΩ

47KΩ

470KΩ

4,7MΩ

4,75Ω

47,5Ω

475Ω

4,75KΩ

47,5KΩ

475KΩ

4,75MΩ

4,81Ω

48,1Ω

481Ω

4,81KΩ

48,1KΩ

481KΩ

4,81MΩ

4,87Ω

48,7Ω

487Ω

4,87KΩ

48,7KΩ

487KΩ

4,87MΩ

4,93Ω

49,3Ω

493Ω

4,93KΩ

49,3KΩ

493KΩ

4,93MΩ

4,99Ω

49,9Ω

499Ω

4,99KΩ

49,9KΩ

499KΩ

4,99MΩ

5,05Ω

50,5Ω

505Ω

5,05KΩ

50,5KΩ

505KΩ

5,05MΩ

5,11Ω

51,1Ω

511Ω

5,11KΩ

51,1KΩ

511KΩ

5,11MΩ

5,17Ω

51,7Ω

517Ω

5,17KΩ

51,7KΩ

517KΩ

5,17MΩ

5,23Ω

52,3Ω

523Ω

5,23KΩ

52,3KΩ

523KΩ

5,23MΩ

5,3Ω

53Ω

530Ω

5,3KΩ

53KΩ

530KΩ

5,3MΩ

5,36Ω

53,6Ω

536Ω

5,36KΩ

53,6KΩ

536KΩ

5,36MΩ

5,42Ω

54,2Ω

542Ω

5,42KΩ

54,2KΩ

542KΩ

5,42MΩ

5,49Ω

54,9Ω

549Ω

5,49KΩ

54,9KΩ

549KΩ

5,49MΩ

5,56Ω

55,6Ω

556Ω

5,56KΩ

55,6KΩ

556KΩ

5,56MΩ

5,62Ω

56,2Ω

562Ω

5,62KΩ

56,2KΩ

562KΩ

5,62MΩ

5,69Ω

56,9Ω

569Ω

5,69KΩ

56,9KΩ

569KΩ

5,69MΩ

5,76Ω

57,6Ω

576Ω

5,76KΩ

57,6KΩ

576KΩ

5,76MΩ

5,83Ω

58,3Ω

583Ω

5,83KΩ

58,3KΩ

583KΩ

5,83MΩ

5,9Ω

59Ω

590Ω

5,9KΩ

59KΩ

590KΩ

5,9MΩ

5,97Ω

59,7Ω

597Ω

5,97KΩ

59,7KΩ

597KΩ

5,97MΩ

6,04Ω

60,4Ω

604Ω

6,04KΩ

60,4KΩ

604KΩ

6,04MΩ

6,12Ω

61,2Ω

612Ω

6,12KΩ

61,2KΩ

612KΩ

6,12MΩ

6,19Ω

61,9Ω

619Ω

6,19KΩ

61,9KΩ

619KΩ

6,19MΩ

6,26Ω

62,6Ω

626Ω

6,26KΩ

62,6KΩ

626KΩ

6,26MΩ

6,34Ω

63,4Ω

634Ω

6,34KΩ

63,4KΩ

634KΩ

6,34MΩ

6,42Ω

64,2Ω

642Ω

6,42KΩ

64,2KΩ

642KΩ

6,42MΩ

6,49Ω

64,9Ω

649Ω

6,49KΩ

64,9KΩ

649KΩ

6,49MΩ

6,57Ω

65,7Ω

657Ω

6,57KΩ

65,7KΩ

657KΩ

6,57MΩ

6,65Ω

66,5Ω

665Ω

6,65KΩ

66,5KΩ

665KΩ

6,65MΩ

6,73Ω

67,3Ω

673Ω

6,73KΩ

67,3KΩ

673KΩ

6,73MΩ

6,81Ω

68,1Ω

681Ω

6,81KΩ

68,1KΩ

681KΩ

6,81MΩ

6,9Ω

69Ω

690Ω

6,9KΩ

69KΩ

690KΩ

6,9MΩ

6,98Ω

69,8Ω

698Ω

6,98KΩ

69,8KΩ

698KΩ

6,98MΩ

7,06Ω

70,6Ω

706Ω

7,06KΩ

70,6KΩ

706KΩ

7,06MΩ

7,15Ω

71,5Ω

715Ω

7,15KΩ

71,5KΩ

715KΩ

7,15MΩ

7,23Ω

72,3Ω

723Ω

7,23KΩ

72,3KΩ

723KΩ

7,23MΩ

7,32Ω

73,2Ω

732Ω

7,32KΩ

73,2KΩ

732KΩ

7,32MΩ

7,41Ω

74,1Ω

741Ω

7,41KΩ

74,1KΩ

741KΩ

7,41MΩ

7,5Ω

75Ω

750Ω

7,5KΩ

75KΩ

750KΩ

7,5MΩ

7,59Ω

75,9Ω

759Ω

7,59KΩ

75,9KΩ

759KΩ

7,59MΩ

7,68Ω

76,8Ω

768Ω

7,68KΩ

76,8KΩ

768KΩ

7,68MΩ

7,77Ω

77,7Ω

777Ω

7,77KΩ

77,7KΩ

777KΩ

7,77MΩ

7,87Ω

78,7Ω

787Ω

7,87KΩ

78,7KΩ

787KΩ

7,87MΩ

7,96Ω

79,6Ω

796Ω

7,96KΩ

79,6KΩ

796KΩ

7,96MΩ

8,06Ω

80,6Ω

806Ω

8,06KΩ

80,6KΩ

806KΩ

8,06MΩ

8,16Ω

81,6Ω

816Ω

8,16KΩ

81,6KΩ

816KΩ

8,16MΩ

8,25Ω

82,5Ω

825Ω

8,25KΩ

82,5KΩ

825KΩ

8,25MΩ

8,35Ω

83,5Ω

835Ω

8,35KΩ

83,5KΩ

835KΩ

8,35MΩ

8,45Ω

84,5Ω

845Ω

8,45KΩ

84,5KΩ

845KΩ

8,45MΩ

8,56Ω

85,6Ω

856Ω

8,56KΩ

85,6KΩ

856KΩ

8,56MΩ

8,66Ω

86,6Ω

866Ω

8,66KΩ

86,6KΩ

866KΩ

8,66MΩ

8,76Ω

87,6Ω

876Ω

8,76KΩ

87,6KΩ

876KΩ

8,76MΩ

8,87Ω

88,7Ω

887Ω

8,87KΩ

88,7KΩ

887KΩ

8,87MΩ

8,98Ω

89,8Ω

898Ω

8,98KΩ

89,8KΩ

898KΩ

8,98MΩ

9,09Ω

90,9Ω

909Ω

9,09KΩ

90,9KΩ

909KΩ

9,09MΩ

9,2Ω

92Ω

920Ω

9,2KΩ

92KΩ

920KΩ

9,2MΩ

9,31Ω

93,1Ω

931Ω

9,31KΩ

93,1KΩ

931KΩ

9,31MΩ

9,42Ω

94,2Ω

942Ω

9,42KΩ

94,2KΩ

942KΩ

9,42MΩ

9,53Ω

95,3Ω

953Ω

9,53KΩ

95,3KΩ

953KΩ

9,53MΩ

9,65Ω

96,5Ω

965Ω

9,65KΩ

96,5KΩ

965KΩ

9,65MΩ

9,76Ω

97,6Ω

976Ω

9,76KΩ

97,6KΩ

976KΩ

9,76MΩ

9,88Ω

98,8Ω

988Ω

9,88KΩ

98,8KΩ

988KΩ

9,88MΩ

BUT YOU MIGHT SAY:

I don’t understand anything from these tables! I’m lost!

How can there be more that a table of standard resistor values? I’m confused!

Well, I’m going to help you a little bit, with something that you will NEVER FIND ANYWERE ELSE ON THE ENTIRE INTERNET!

Here IS THE COMPLETE TABLE OF ALL THE STANDARDIZED RESISTOR VALUES IN THE WHOLE WORLD:

All
Standard Resistor Series

1Ω

20% 10% 5% 2% 1% 0.5% 0.25%
0.1%

10Ω

20% 10% 5% 2% 1% 0.5% 0.25%
0.1%

100Ω

20% 10% 5% 2% 1% 0.5% 0.25%
0.1%

1KΩ

20% 10% 5% 2% 1% 0.5% 0.25%
0.1%

10KΩ

20% 10% 5%
2% 1% 0.5% 0.25% 0.1%

100KΩ

20% 10% 5%
2% 1% 0.5% 0.25% 0.1%

1MΩ

20% 10% 5%
2% 1% 0.5% 0.25% 0.1%

1,01Ω

0.5% 0.25%
0.1%

10,1Ω

0.5% 0.25%
0.1%

101Ω

0.5% 0.25%
0.1%

1,01KΩ

0.5% 0.25%
0.1%

10,1KΩ

0.5% 0.25%
0.1%

101KΩ

0.5% 0.25%
0.1%

1,01MΩ

0.5% 0.25%
0.1%

1,02Ω

1% 0.5%
0.25% 0.1%

10,2Ω

1% 0.5%
0.25% 0.1%

102Ω

1% 0.5%
0.25% 0.1%

1,02KΩ

1% 0.5%
0.25% 0.1%

10,2KΩ

1% 0.5%
0.25% 0.1%

102KΩ

1% 0.5%
0.25% 0.1%

1,02MΩ

1% 0.5%
0.25% 0.1%

1,04Ω

0.5% 0.25%
0.1%

10,4Ω

0.5% 0.25%
0.1%

104Ω

0.5% 0.25%
0.1%

1,04KΩ

0.5% 0.25%
0.1%

10,4KΩ

0.5% 0.25%
0.1%

104KΩ

0.5% 0.25%
0.1%

1,04MΩ

0.5% 0.25%
0.1%

1,05Ω

2% 1% 0.5%
0.25% 0.1%

10,5Ω

2% 1% 0.5%
0.25% 0.1%

105Ω

2% 1% 0.5%
0.25% 0.1%

1,05KΩ

2% 1% 0.5%
0.25% 0.1%

10,5KΩ

2% 1% 0.5%
0.25% 0.1%

105KΩ

2% 1% 0.5%
0.25% 0.1%

1,05MΩ

2% 1% 0.5%
0.25% 0.1%

1,06Ω

0.5% 0.25%
0.1%

10,6Ω

0.5% 0.25%
0.1%

106Ω

0.5% 0.25%
0.1%

1,06KΩ

0.5% 0.25%
0.1%

10,6KΩ

0.5% 0.25%
0.1%

106KΩ

0.5% 0.25%
0.1%

1,06MΩ

0.5% 0.25%
0.1%

1,07Ω

1% 0.5%
0.25% 0.1%

10,7Ω

1% 0.5%
0.25% 0.1%

107Ω

1% 0.5%
0.25% 0.1%

1,07KΩ

1% 0.5%
0.25% 0.1%

10,7KΩ

1% 0.5%
0.25% 0.1%

107KΩ

1% 0.5%
0.25% 0.1%

1,07MΩ

1% 0.5%
0.25% 0.1%

1,09Ω

0.5% 0.25%
0.1%

10,9Ω

0.5% 0.25%
0.1%

109Ω

0.5% 0.25%
0.1%

1,09KΩ

0.5% 0.25%
0.1%

10,9KΩ

0.5% 0.25%
0.1%

109KΩ

0.5% 0.25%
0.1%

1,09MΩ

0.5% 0.25%
0.1%

1,1Ω

5% 2% 1%
0.5% 0.25% 0.1%

11Ω

5% 2% 1%
0.5% 0.25% 0.1%

110Ω

5% 2% 1%
0.5% 0.25% 0.1%

1,1KΩ

5% 2% 1%
0.5% 0.25% 0.1%

11KΩ

5% 2% 1%
0.5% 0.25% 0.1%

110KΩ

5% 2% 1%
0.5% 0.25% 0.1%

1,1MΩ

5% 2% 1%
0.5% 0.25% 0.1%

1,11Ω

0.5% 0.25%
0.1%

11,1Ω

0.5% 0.25%
0.1%

111Ω

0.5% 0.25%
0.1%

1,11KΩ

0.5% 0.25%
0.1%

11,1KΩ

0.5% 0.25%
0.1%

111KΩ

0.5% 0.25%
0.1%

1,11MΩ

0.5% 0.25%
0.1%

1,13Ω

1% 0.5%
0.25% 0.1%

11,3Ω

1% 0.5%
0.25% 0.1%

113Ω

1% 0.5%
0.25% 0.1%

1,13KΩ

1% 0.5%
0.25% 0.1%

11,3KΩ

1% 0.5%
0.25% 0.1%

113KΩ

1% 0.5%
0.25% 0.1%

1,13MΩ

1% 0.5%
0.25% 0.1%

1,14Ω

0.5% 0.25%
0.1%

11,4Ω

0.5% 0.25%
0.1%

114Ω

0.5% 0.25%
0.1%

1,14KΩ

0.5% 0.25%
0.1%

11,4KΩ

0.5% 0.25%
0.1%

114KΩ

0.5% 0.25%
0.1%

1,14MΩ

0.5% 0.25%
0.1%

1,15Ω

2% 1% 0.5%
0.25% 0.1%

11,5Ω

2% 1% 0.5%
0.25% 0.1%

115Ω

2% 1% 0.5%
0.25% 0.1%

1,15KΩ

2% 1% 0.5%
0.25% 0.1%

11,5KΩ

2% 1% 0.5%
0.25% 0.1%

115KΩ

2% 1% 0.5%
0.25% 0.1%

1,15MΩ

2% 1% 0.5%
0.25% 0.1%

1,17Ω

0.5% 0.25%
0.1%

11,7Ω

0.5% 0.25%
0.1%

117Ω

0.5% 0.25%
0.1%

1,17KΩ

0.5% 0.25%
0.1%

11,7KΩ

0.5% 0.25%
0.1%

117KΩ

0.5% 0.25%
0.1%

1,17MΩ

0.5% 0.25%
0.1%

1,18Ω

1% 0.5%
0.25% 0.1%

11,8Ω

1% 0.5%
0.25% 0.1%

118Ω

1% 0.5%
0.25% 0.1%

1,18KΩ

1% 0.5%
0.25% 0.1%

11,8KΩ

1% 0.5%
0.25% 0.1%

118KΩ

1% 0.5%
0.25% 0.1%

1,18MΩ

1% 0.5%
0.25% 0.1%

1,2Ω

10% 5% 0.5%
0.25% 0.1%

12Ω

10% 5% 0.5%
0.25% 0.1%

120Ω

10% 5% 0.5%
0.25% 0.1%

1,2KΩ

10% 5% 0.5%
0.25% 0.1%

12KΩ

10% 5% 0.5%
0.25% 0.1%

120KΩ

10% 5% 0.5%
0.25% 0.1%

1,2MΩ

10% 5% 0.5%
0.25% 0.1%

1,21Ω

2% 1% 0.5%
0.25% 0.1%

12,1Ω

2% 1% 0.5%
0.25% 0.1%

121Ω

2% 1% 0.5% 0.25%
0.1%

1,21KΩ

2% 1% 0.5%
0.25% 0.1%

12,1KΩ

2% 1% 0.5%
0.25% 0.1%

121KΩ

2% 1% 0.5%
0.25% 0.1%

1,21MΩ

2% 1% 0.5%
0.25% 0.1%

1,23Ω

0.5% 0.25%
0.1%

12,3Ω

0.5% 0.25%
0.1%

123Ω

0.5% 0.25%
0.1%

1,23KΩ

0.5% 0.25%
0.1%

12,3KΩ

0.5% 0.25%
0.1%

123KΩ

0.5% 0.25%
0.1%

1,23MΩ

0.5% 0.25%
0.1%

1,24Ω

1% 0.5%
0.25% 0.1%

12,4Ω

1% 0.5%
0.25% 0.1%

124Ω

1% 0.5%
0.25% 0.1%

1,24KΩ

1% 0.5%
0.25% 0.1%

12,4KΩ

1% 0.5%
0.25% 0.1%

124KΩ

1% 0.5%
0.25% 0.1%

1,24MΩ

1% 0.5%
0.25% 0.1%

1,26Ω

0.5% 0.25%
0.1%

12,6Ω

0.5% 0.25%
0.1%

126Ω

0.5% 0.25%
0.1%

1,26KΩ

0.5% 0.25%
0.1%

12,6KΩ

0.5% 0.25%
0.1%

126KΩ

0.5% 0.25%
0.1%

1,26MΩ

0.5% 0.25%
0.1%

1,27Ω

2% 1% 0.5%
0.25% 0.1%

12,7Ω

2% 1% 0.5%
0.25% 0.1%

127Ω

2% 1% 0.5%
0.25% 0.1%

1,27KΩ

2% 1% 0.5%
0.25% 0.1%

12,7KΩ

2% 1% 0.5%
0.25% 0.1%

127KΩ

2% 1% 0.5%
0.25% 0.1%

1,27MΩ

2% 1% 0.5%
0.25% 0.1%

1,29Ω

0.5% 0.25%
0.1%

12,9Ω

0.5% 0.25%
0.1%

129Ω

0.5% 0.25%
0.1%

1,29KΩ

0.5% 0.25%
0.1%

12,9KΩ

0.5% 0.25%
0.1%

129KΩ

0.5% 0.25%
0.1%

1,29MΩ

0.5% 0.25%
0.1%

1,3Ω

5% 1% 0.5%
0.25% 0.1%

13Ω

5% 1% 0.5%
0.25% 0.1%

130Ω

5% 1% 0.5%
0.25% 0.1%

1,3KΩ

5% 1% 0.5%
0.25% 0.1%

13KΩ

5% 1% 0.5%
0.25% 0.1%

130KΩ

5% 1% 0.5%
0.25% 0.1%

1,3MΩ

5% 1% 0.5%
0.25% 0.1%

1,32Ω

0.5% 0.25%
0.1%

13,2Ω

0.5% 0.25%
0.1%

132Ω

0.5% 0.25%
0.1%

1,32KΩ

0.5% 0.25%
0.1%

13,2KΩ

0.5% 0.25%
0.1%

132KΩ

0.5% 0.25%
0.1%

1,32MΩ

0.5% 0.25%
0.1%

1,33Ω

2% 1% 0.5%
0.25% 0.1%

13,3Ω

2% 1% 0.5%
0.25% 0.1%

133Ω

2% 1% 0.5%
0.25% 0.1%

1,33KΩ

2% 1% 0.5%
0.25% 0.1%

13,3KΩ

2% 1% 0.5%
0.25% 0.1%

133KΩ

2% 1% 0.5%
0.25% 0.1%

1,33MΩ

2% 1% 0.5%
0.25% 0.1%

1,35Ω

0.5% 0.25%
0.1%

13,5Ω

0.5% 0.25%
0.1%

135Ω

0.5% 0.25%
0.1%

1,35KΩ

0.5% 0.25%
0.1%

13,5KΩ

0.5% 0.25%
0.1%

135KΩ

0.5% 0.25%
0.1%

1,35MΩ

0.5% 0.25%
0.1%

1,37Ω

1% 0.5%
0.25% 0.1%

13,7Ω

1% 0.5%
0.25% 0.1%

137Ω

1% 0.5%
0.25% 0.1%

1,37KΩ

1% 0.5%
0.25% 0.1%

13,7KΩ

1% 0.5%
0.25% 0.1%

137KΩ

1% 0.5%
0.25% 0.1%

1,37MΩ

1% 0.5%
0.25% 0.1%

1,38Ω

0.5% 0.25%
0.1%

13,8Ω

0.5% 0.25%
0.1%

138Ω

0.5% 0.25%
0.1%

1,38KΩ

0.5% 0.25%
0.1%

13,8KΩ

0.5% 0.25%
0.1%

138KΩ

0.5% 0.25%
0.1%

1,38MΩ

0.5% 0.25%
0.1%

1,4Ω

2% 1% 0.5%
0.25% 0.1%

14Ω

2% 1% 0.5%
0.25% 0.1%

140Ω

2% 1% 0.5%
0.25% 0.1%

1,4KΩ

2% 1% 0.5%
0.25% 0.1%

14KΩ

2% 1% 0.5%
0.25% 0.1%

140KΩ

2% 1% 0.5%
0.25% 0.1%

1,4MΩ

2% 1% 0.5%
0.25% 0.1%

1,42Ω

0.5% 0.25%
0.1%

14,2Ω

0.5% 0.25%
0.1%

142Ω

0.5% 0.25%
0.1%

1,42KΩ

0.5% 0.25%
0.1%

14,2KΩ

0.5% 0.25%
0.1%

142KΩ

0.5% 0.25%
0.1%

1,42MΩ

0.5% 0.25%
0.1%

1,43Ω

1% 0.5%
0.25% 0.1%

14,3Ω

1% 0.5%
0.25% 0.1%

143Ω

1% 0.5%
0.25% 0.1%

1,43KΩ

1% 0.5%
0.25% 0.1%

14,3KΩ

1% 0.5%
0.25% 0.1%

143KΩ

1% 0.5%
0.25% 0.1%

1,43MΩ

1% 0.5%
0.25% 0.1%

1,45Ω

0.5% 0.25%
0.1%

14,5Ω

0.5% 0.25%
0.1%

145Ω

0.5% 0.25%
0.1%

1,45KΩ

0.5% 0.25%
0.1%

14,5KΩ

0.5% 0.25%
0.1%

145KΩ

0.5% 0.25%
0.1%

1,45MΩ

0.5% 0.25%
0.1%

1,47Ω

2% 1% 0.5%
0.25% 0.1%

14,7Ω

2% 1% 0.5%
0.25% 0.1%

147Ω

2% 1% 0.5%
0.25% 0.1%

1,47KΩ

2% 1% 0.5%
0.25% 0.1%

14,7KΩ

2% 1% 0.5%
0.25% 0.1%

147KΩ

2% 1% 0.5%
0.25% 0.1%

1,47MΩ

2% 1% 0.5%
0.25% 0.1%

1,49Ω

0.5% 0.25%
0.1%

14,9Ω

0.5% 0.25%
0.1%

149Ω

0.5% 0.25%
0.1%

1,49KΩ

0.5% 0.25%
0.1%

14,9KΩ

0.5% 0.25%
0.1%

149KΩ

0.5% 0.25%
0.1%

1,49MΩ

0.5% 0.25%
0.1%

1,5Ω

20% 10% 5%
1% 0.5% 0.25% 0.1%

15Ω

20% 10% 5%
1% 0.5% 0.25% 0.1%

150Ω

20% 10% 5%
1% 0.5% 0.25% 0.1%

1,5KΩ

20% 10% 5%
1% 0.5% 0.25% 0.1%

15KΩ

20% 10% 5%
1% 0.5% 0.25% 0.1%

150KΩ

20% 10% 5%
1% 0.5% 0.25% 0.1%

1,5MΩ

20% 10% 5%
1% 0.5% 0.25% 0.1%

1,52Ω

0.5% 0.25%
0.1%

15,2Ω

0.5% 0.25%
0.1%

152Ω

0.5% 0.25%
0.1%

1,52KΩ

0.5% 0.25%
0.1%

15,2KΩ

0.5% 0.25%
0.1%

152KΩ

0.5% 0.25%
0.1%

1,52MΩ

0.5% 0.25%
0.1%

1,54Ω

2% 1% 0.5%
0.25% 0.1%

15,4Ω

2% 1% 0.5%
0.25% 0.1%

154Ω

2% 1% 0.5%
0.25% 0.1%

1,54KΩ

2% 1% 0.5%
0.25% 0.1%

15,4KΩ

2% 1% 0.5%
0.25% 0.1%

154KΩ

2% 1% 0.5%
0.25% 0.1%

1,54MΩ

2% 1% 0.5%
0.25% 0.1%

1,56Ω

0.5% 0.25%
0.1%

15,6Ω

0.5% 0.25%
0.1%

156Ω

0.5% 0.25%
0.1%

1,56KΩ

0.5% 0.25%
0.1%

15,6KΩ

0.5% 0.25%
0.1%

156KΩ

0.5% 0.25%
0.1%

1,56MΩ

0.5% 0.25%
0.1%

1,58Ω

1% 0.5%
0.25% 0.1%

15,8Ω

1% 0.5%
0.25% 0.1%

158Ω

1% 0.5%
0.25% 0.1%

1,58KΩ

1% 0.5%
0.25% 0.1%

15,8KΩ

1% 0.5%
0.25% 0.1%

158KΩ

1% 0.5%
0.25% 0.1%

1,58MΩ

1% 0.5%
0.25% 0.1%

1,6Ω

5% 0.5%
0.25% 0.1%

16Ω

5% 0.5%
0.25% 0.1%

160Ω

5% 0.5%
0.25% 0.1%

1,6KΩ

5% 0.5%
0.25% 0.1%

16KΩ

5% 0.5%
0.25% 0.1%

160KΩ

5% 0.5%
0.25% 0.1%

1,6MΩ

5% 0.5%
0.25% 0.1%

1,62Ω

2% 1% 0.5%
0.25% 0.1%

16,2Ω

2% 1% 0.5%
0.25% 0.1%

162Ω

2% 1% 0.5%
0.25% 0.1%

1,62KΩ

2% 1% 0.5%
0.25% 0.1%

16,2KΩ

2% 1% 0.5%
0.25% 0.1%

162KΩ

2% 1% 0.5%
0.25% 0.1%

1,62MΩ

2% 1% 0.5%
0.25% 0.1%

1,64Ω

0.5% 0.25%
0.1%

16,4Ω

0.5% 0.25%
0.1%

164Ω

0.5% 0.25%
0.1%

1,64KΩ

0.5% 0.25%
0.1%

16,4KΩ

0.5% 0.25%
0.1%

164KΩ

0.5% 0.25%
0.1%

1,64MΩ

0.5% 0.25%
0.1%