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发布于:2019-5-1 19:29:36  访问:37 次 回复:0 篇
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What Is The Kind Of Wave Applied In The Fados9f1 Detector
This technique is also dealt with the maximum voltage is made to be adjusting with the connection of power cable in the intact board input. Normally, This adjustment method is developed by the �Power Test� button, which provides desired result from 0 to 100mV voltage. The desired result is obtained to draw the graph and get the record if necessary. After few minutes, the desired result of voltage graph provides temperature map, which helps to IR sensor. Then the IR sensor is also used to calculate some other component temperature. An intact card graph is required to be testing only defected circuit board.
No other difference from VI testing device, FADOS device comes under the motor control, mobile phone, nd automotive sector, audio, video and medical sector. Other usages are developed to use and electronic components. FADOS9F1 TESTER helps to give accurate reliability and adjustment of troubleshooting in an electronic circuit. Then it can make without any apply power to the UUT device. It is used to avoid risk and also current processes come along with the consequential damage. No other materialized fluctuations will occur on the defective components, with short circuit or low impedance.
It consists of nine functions such as Fault Detection by Comparison from memory, Measuring equipment for Capacitor, Diode and Resistor, Analog Voltage Output, DC Power Supply Output developed with adjustable voltage and current, Double Channel Fault Detection, Equivalent Fados9F1 Tester Diagram, Double Channel Digital PC Oscilloscope, Square Wave Signal Output from 0.2 kHz to 25 kHz and Non Touched IR Temperature Sensor. These unique features are analyzed from VI Curve and it�s very difficult to find someone product.
FADOS9F1 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.
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.
Again FADOS9F1 provides two additional features like noncontact IR temperature measurement and programmable power supply when compared to FADOS7F1. The first one is programmable DC power supply that involv es this product, which will connect to the power line of UUT and set maximum voltage. Now the test button is activated, device software will produce to give voltage output of 100mV. The current value and voltage va lue is to be saved in your file. After few minutes, measurement of temperature will be done as a process to use high-temperature component and another related defect component.
This is a good method that is very easy to find the broken line . Finding the broken line method is the easy way and quick manner . By producing the defective boards the power graph is to be developed. The defective board power graph is to be equated with the power graph of the defective board. Currently, this time of VI tester will be activated to be a bound malfunction, which will occur on the board. And it makes as a usage of Microvolt measurement. Then the Voltage-Current Tester is offering desired output port, which provides an attachment of multiplexer. The product of FADOS is designed by fulfilling many functions that meet their need in all situations. The FADOS device will encounter by the purchaser.
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 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 Voltage current tester ( VI tester) is activated to find a malfunction that occurs on the circuit board. It can make an use of Microvolt measurement. VI Tester offers output port to determine to attach multiplexer. FADOS product is mainly designed to be performing many functions that meet to require all situations. This device is encountered by the consumers.
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