Ditulis Oleh : YK69 Elektro
Judul : Rumus Mengitung Nilai Resistor Seri|Paralel
Rumus Mengitung Nilai Resistor Seri|Paralel
Basically, all materials have resistive properties but some materials such as copper, silver, gold and metal materials generally have very little resistance. These materials deliver the electrical current very well, so-called conductors. The opposite of a conductive material, materials such as rubber, glass, carbon has a greater resistance restrain the flow of electrons and are called insulators.
Resistor is the basic electronic components used to limit the amount of current flowing in one circuit. As the name implies is a resistive resistor and generally made of carbon materials. From Ohms law is known, the resistance is inversely proportional to the amount of current flowing through it. Unit resistance of a resistor is called Ohm or represented by the symbol W (Omega).
Resistor is the basic electronic components used to limit the amount of current flowing in one circuit. As the name implies is a resistive resistor and generally made of carbon materials. From Ohms law is known, the resistance is inversely proportional to the amount of current flowing through it. Unit resistance of a resistor is called Ohm or represented by the symbol W (Omega).
Resistor physical
Other specifications that need to be considered in choosing a design resitor the resistance is greater than big watts his. Because resistors working with electrified, there will be a power dissipation of heat for W = I2R watts. The greater the physical size of a resistor can demonstrate the greater ability of the resistor power dissipation.
Generally in the market available sizes 1 / 8, 1 / 4, 1, 2, 5, 10 and 20 watts. Resistor which has a power dissipation of 5, 10 and 20 watts generally cubic-shaped elongated white square, but there is also a cylindrical. But usually for this jumbo-sized resistor resistance value printed directly on the body, for example 100W5W.
Rumus mengitung nilai resistor seri|paralel
Resistor paralel
Series of resistors in parallel will result in a replacement value of the smaller resistance. Below is an example of resistors that are arranged in parallel.
Resistor seri
Series of resistors in series will result in the total resistance value is growing. In Below are examples of resistors arranged in series.
Demikianlah Artikel dari kami yang berjudul Rumus Mengitung Nilai Resistor Seri|Paralel,apakah anda menyukainya ? mudah-mudahan artikel ini bisa memberi manfaat untuk anda semua.
Anda sedang membaca artikel Rumus Mengitung Nilai Resistor Seri|Paralel dan artikel ini url permalinknya adalah https://yk69.blogspot.com/2009/12/rumus-mengitung-nilai-resistor.html Artikel yang anda cari Lainnya bokep, video bokep, streaming bokep, streaming , videos, porn, videos porn, kimcil, bugil, telanjang, abg, mesum, tetek, memek, toket, masturbasi, bmf, download, perkosa, kepergok, mesum, pemerkosaan, kepergok mesum, download video porn, download video bokep, bokep terbaru, streaming bokep terbaru, jilbab, semok, ngentot, indo, janda, asia, orgasme, meki, sex, video sex, spg, streaming mesum, ml, tante, streaming abg, cabe cabean, cantik, manis, bokep indo, bokep cinta, streaming mesum, hot bokep, bokep hot, abg bugil, anak smp, bocah smp, anak sma, bocah sma, indonesia, 3gp'
0 Response to "Rumus Mengitung Nilai Resistor Seri|Paralel"
Post a Comment