
UGN3503 Hall Effect Sensor High Current Measurement
Now let’s briefly circuit and try to explain the working principle. When we examine the data page UGN3503 Hall effect element elements are the analog watch that works. So the magnetic flux is genliğin to transfer to a suitable... Electronics Projects, UGN3503 Hall Effect Sensor High Current Measurement "analog circuits projects, simple circuit projects, " Date 2016/05/06
Now let’s briefly circuit and try to explain the working principle. When we examine the data page UGN3503 Hall effect element elements are the analog watch that works. So the magnetic flux is genliğin to transfer to a suitable voltage. Do not try to apply these principles in clampmeter?
There used UGN3503 assumes the role of the coil. 1Amper must be set to 1 mV. Op1 knob was placed in the circuit for this purpose. Op2 is setting the reset knob. POT1 is brought to the center position for the item and the tool is connected in circuit DMM. 200mV DC level is selected. The measuring head is set to idle 00.0mv on a scale of DMM. If your multimeter automatic range 200mV must be selected manually.
UGN3503 Hall Effect Sensor
High Current Measurement Calibration
a power tool spends another ampermetreyl current measured. The measurement unit is reset prior to measurement. Occuring spend the detected load current conductor is arranged between the measuring unit of a half-moon. Op1 is set by the current rating of 1 to 1 mV. DC load current to be measured is set dc200mv the DMM. Load the DMM AC, the AC should be 200mV. Circuit untested. However, in principle it should work. If the load 10 çkiy must be set as 10mV.
KTY10 Temperature Sensor Relay Control Circuit
That you have seen in the diagram of the circuit feeding X3-1 and X3-2 is made from the ends. This 11-15V from input voltages entered D6, C8 and C9 by materials, a half-wave rectifier power supply for the circuit is provided. KTY10 on the circuit, there are two temperature sensors. These two sensor TH1, X1-1 and X1-2 ends, TH2-1, and the X2-X2 is linked to the second end. Supply of the two temperature sensors R1, C1, R2 and C2, C3, C4 via the resistor and capacitor can be ensured. TH1 and TH2 falling on temperature sensors, these sensors will change the internal resistance values P1 and C1, R5, low-power dual voltage comparator enters through out.