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Diplotop - product comparison - gathers JRC NJU39612E2 users reviews, tests and opinions.With a data base of unprecedented wealth, 8 reviews for the JRC NJU39612E2, Diplotop compares the JRC NJU39612E2 with its competitors in order to find the best.

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High-performance Reliability
Ease of use Value for money

JRC NJU39612E2 Reviews

Its users give a bad score for the user-friendliness of the JRC NJU39612E2.They find it very fragile., But they are not unanimous. You can look at the JRC NJU39612E2 forum to identify problems that users have come across and the suggested solutions.

According to its users, it isn't efficient., But they are very divided on this point. On average they find it is very expensive You can download the JRC NJU39612E2 user manual to ensure that its features correspond to your needs.
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Manual abstract:
For good motor performance, controlled acceleration and deceleration should be considered even though microstepping will improve overall performance. NJU39612 Time when motor is in a compromise position. Time when micro position is correct. Write signal. Motor position. Writing to channel 1. Writing to channel 2. Time Useful time = correct position Double pulse write signal Ideal data = desired position Actual data = true position Normal resolution Write time = incorrect position Figure 10. Double pulse programming, in- and output signals. Time when motor is in an intermediate position. Time when micro position is almost correct. Write signal. Motor position. Note that position is always a compromise. Writing to channel 1. Writing to channel 2. Single pulse write signal "Ideal data" = desired position Actual data = true position Note increased resolution Useful time = compromise position with equally spaced angles Time Useful time = almost correct position Figure 11. Single pulse programming, in- and output signals. NJU39612 s Programming NJU39612 There are basically two different ways of programming the NJU39612. They are called "single-pulse programming" and "double-pulse programming. " Writing to the device can only be accomplished by addressing one register at a time. When taking one step, at least two registers are normally updated. Accordingly there must be a certain time delay between writing to the first and the second register. This programming necessity gives some special stepping advantages. Double-pulse Programming The normal way is to send two write pulses to the device, with the correct addressing in between, keeping the delay between the pulses as short as possible. Write signals will look as illustrated in figure10...

Ease of use
The users were asked the following question :

Is the NJU39612E2 easy to use?

8 users answered questions and rated the product on a scale of 0 to 10. The rating is 10/10 if the JRC NJU39612E2 is very user-friendly.

The reviews (rough results) are presented in the following graph :

10010212001
012345678910

By leaving the mouse on a column for a few seconds, you can see the number of people who voted to make up the score that appears in the horizontal axis.

Statistical data :

= 5.38
= 2.78

The average score balanced by the number of reviews is 5.38 and the standard differential is 2.78.
High-performance
The users were asked the following question :

Is the NJU39612E2 highly efficient?

8 users answered questions and rated the product on a scale of 0 to 10. The rating is 10/10 if the JRC NJU39612E2 is, in its domain, the best on a technical level, the one offering the best quality, or offering the largest range of options.

The reviews (rough results) are presented in the following graph :

10000221101
012345678910

By leaving the mouse on a column for a few seconds, you can see the number of people who voted to make up the score that appears in the horizontal axis.

Statistical data :

= 5.88
= 2.71

The average score balanced by the number of reviews is 5.88 and the standard differential is 2.71.
Reliability
The users were asked the following question :

Is the NJU39612E2 reliable, sturdy?

8 users answered questions and rated the product on a scale of 0 to 10. The rating is 10/10 if you think that the JRC NJU39612E2 is a sturdy product, which will last a long time before breaking down.

The reviews (rough results) are presented in the following graph :

10000222010
012345678910

By leaving the mouse on a column for a few seconds, you can see the number of people who voted to make up the score that appears in the horizontal axis.

Statistical data :

= 5.63
= 2.45

The average score balanced by the number of reviews is 5.63 and the standard differential is 2.45.
Value for money
The users were asked the following question :

Is the NJU39612E2 good value for money?

8 users answered questions and rated the product on a scale of 0 to 10. The rating is 10/10 if you think that the JRC NJU39612E2 is really not expensive considering its features.

The reviews (rough results) are presented in the following graph :

10000221020
012345678910

By leaving the mouse on a column for a few seconds, you can see the number of people who voted to make up the score that appears in the horizontal axis.

Statistical data :

= 5.88
= 2.67

The average score balanced by the number of reviews is 5.88 and the standard differential is 2.67.

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