FacebookMySpaceTwitterGoogle BookmarksRedditLinkedinRSS Feed
 

telefone   278 426 616

Largo Conselheiro Acácio Victor Ferreira
5340-082 Castelãos • geral@fcastelaos-vmonte.pt
What Are The Different Locations Exactly Where Fados9f1 Is Used

What Are The Different Locations Exactly Where Fados9f1 Is Used

This new technique deals with high voltage that makes to adjust power cable connection in the input of intact board. This method is specifically developed for the power test button and it gives exact output voltage between 0 and 100 mV. This output is to get and draw a graph as the mandatory process. A voltage graph result will take after some minutes f or the temperature map. It assists to the IR sensor for the usage of calculating another component of temperature. Mainly, defected circuit board needs to test the intact card graph.

Fault Detector and Oscilloscope (FADO) provide nine functions contained in one single device which is simply an amazing feature . It is one of the voltage current tester, which is based on the computer. Voltage Current Tester is otherwise known as VI Curve T ester. This tester is used in medium and large laboratories to provide greater output in an efficient manner. VI tester is made by L & T Ltd Co . This device is developed from Pro T Ar-Ge and performing PC Oscilloscope. The PC Oscilloscope function is printed to adjust in the circuit board. While compared to fados7f1, this device has two additional functions. There are no more effective devices available in the market when compared to the FADOS9F1 product .

Fados9f1 C ircuit having two features. The first feature is Programmable DC Power Supply. It is used to adjust the output power of current and voltage. The adjustment methods of current regulate from 20mA to 1500 mA and the voltage regulates from 0 to 16V. It will produce electronic power supply of V/I graph. The second feature is �IR Temperature Measurement Sensor� , which is used to searching the components of that generating high temperature. These two features are included in that device and it has been decreasing some amount time of troubleshooting the flaw by at least five to ten minutes. The IR temperature measurement sensor is one of the new technique s of troubleshooting.

device ends in maximization current and also produces supply graph from the defective card. For those who have almost any inquiries with regards to where by in addition to the best way to use ECU IC TESTER, you can e mail us in the page. This card is erect to be drawn maximization amount of current. Then IR sensor is measured from included material temperature. It can be used in some kind of specific material current it can be drawn further much or less current. In this way, the open circuit the defective card to draw less current. In the following cases of the FADOS9F1 device can be initiated from oscilloscope screen and found to the broken connection of the power supply line.

is specifically to provide to main features such as programmable DC power supply and measurement of IR temperature for the noncontact while comparing FADOS7F1. Programmable DC power supply is the first feature, which is complicated to this FADOS9F1 device. This device is connected to the UUT power line and fixed maximum voltage. The value of current and voltage will be saved in your document. Temperature measurement will take after some time and done process used as a component of high temperature as well as defect component related to this product.

Since the FADOS9F1 is small in size, it is very easy to carry and you can carry it even in a briefcase. This kind of ecu fados tester makes your work easier and simpler. The other usage areas of this device include ECU Automotive Electronic Circuit Boards, medical devices circuit board, servo-step motor drivers, circuit boards of computer & monitor, circuit boards of television, radio & audio, electronic circuit boards of military & mobile phones, textile machine circuit boards and much more. It can also use to test electronic components like resistors, inductors, capacitors, diode, transistors, TRIAC�s, Integrated Circuits, SCR�s, Optocouplers, etc.

FADOS9F1 device concludes maximum current and produces supply graph from the defective card. This defective card is found to be drawn the maximum amount of current. Then the IR sensor will be calculated from the involved material temperature. It seems to be used in any kind of particular material current that draws too more or less current. In order to the open circuit, defective card acts as to be drawn only less current. In these cases, the FADOS9F1 device will be activated from the oscilloscope screen and also find the broken connection in the power supply line.

FADOS9F1 is nothing but Fault Detector and Oscilloscope which consists of nine functions in a single device. It is also a computer-based voltage-current tester as well as VI C urve T ester. Normally it is recommended to use in large and medium laboratories to get an output of greater efficiency . The device is made to be developed as a V/I tester from ProT Ar-Ge which is the Industrial Project Design of L it is used to find the components to generate the high temperature. Above features are included in that device and it has to decrease huge amount time of troubleshooting to blemish at five to ten minutes. The IR temperature measurement sensor is a new troubleshooting technique.

There are nine functions in this device. They are Analog Voltage Output, Measuring Equipment for Capacitor, Fault Detection by Comparison from memory, DC Power Supply Output developed with adjustable voltage and current, Diode and Resistor, Equivalent Circuit diagram, Double Channel Fault Detection, Double Channel Digital PC Oscilloscope, Square Wave Signal Output between 0.2 kHz and 25 kHz and Non Touched IR Temperature Sensor. The common features are to be analyzed from VI Curve and it's also very difficult to search some other product.