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See in this place very professional blog relative to fm transmitters

Updated date: Thursday, August 15, 2019 - 20:25

Turn Key Packages Radio Station Broadcast Equipment-TEKO

Updated date: Sunday, June 30, 2019 - 14:03
In this Video we try to explain with this video an easy way to verify if they are good or broken. We think to do this tutorial because the LDMOS are Efficient, Robust but Complex Devices and even the simplest of operations like testing a good mosfet from a bad one is never an easy task especially for the beginners in the field. Typically the LDMOS, very robust from the part of the Drain are more weak on the Gate side. A fast way to know is it is defective is measuring the ohmic resistance between: Source and Gate and between: Source and Drain. The resistive value must be high, very high (several MOhm or infinite) . On the other side, when the LDMOS is broken this value change really significantly e becomes of few KOm or even few Ohm. Because the LDMOS are paired inside, it's always possible to compare both sides of it. Many times, one half of them is broken while the other half is good. The best way to do this meassure is to unmount the LDMOS, but good results can be achieved measuring it with the complete RF Amplifier. In this case, the values are highly affected by the components on the circuit but, if one half of the LDMOS is really in short circuit it's easy to find the difference with the half good one.
Updated date: Sunday, June 30, 2019 - 18:46
LDMOS are Efficient but Complex Devices, we try to explain with this video an easy way to verify if they are good or broken. LDMOS are Efficient but Complex Devices, we try to explain with this video an easy way to verify if they are good or broken. Typically the LDMOS, very robust from the part of the Drain have problems on the Gate, and, a fast way to know is reassuring the resistance between drain and source is high, very high. On the other side, when the LDMOS is broken this value change really significantly. Because they are paired inside, it's always possible to compare both sides of the LDMOS. Many times, one of them is broken while the other half is good. The best way is unmount the LDMOS, but good results can be achieved measuring it with the complete RF Amplifier. Here the values are highly affected by the components on the circuit but, if one half of the LDMOS is really in short circuit it's easy to find the difference with the half good one. MOSFETs are outstanding devices when it comes to amplifying or switching of various kinds of loads. Though transistors are also largely applied for the above purposes, both the counterparts are hugely different with their characteristics. Even the simplest of operations like testing a good LDMOS from a bad one is never an easy task especially for the beginners in the field. With this method we test hundreds of LDMOS with always good result.
Updated date: Friday, June 28, 2019 - 15:10

Where to buy FM Transmitter? Guide from TEKO BROADCAST

Updated date: Friday, June 28, 2019 - 15:10