An electronic transformer is an electromagnetic type device. It consists of an inductive winding, as well as a magnetic circuit. An electronic transformer is used to convert AC. There are devices in various electrical appliances.
Also with their help they collect power supplies. To connect the device using various elements. In this case, the threshold voltage, frequency and current conductivity parameters are taken into account. In order to understand everything, you should consider specific schemes.
Connection diagram via capacitor resistor
Through the capacitor resistor, any electronic transformer can be connected. The connection scheme includes a modulator as well as a transceiver. The current conductivity of the specified element must be at least 50 microns. In this case, the output voltage depends on the number of resistors. In some cases, expansion transceivers are used. If we consider the model for the power supply, then the amplifier is used terminal type. Filters are needed to stabilize the conversion process. Triggers are used phase type.
Connection via two regulators
Only two low-frequency electronic transformers may be connected through two regulators. The connection diagram consists of open type tetrodes. In this case, the ultimate conductivity of the element is 55 microns. Directly regulators are installed behind the relay. Amplifiers are found both operational and toroidal type.
For normal operation of the expander, two connectors are used. The trigger capacity must be at least 2 pF. It is also important to pay attention to the output voltage on the winding. On average, it is not more than 40 V. However, with a high level of negative resistance, this parameter can increase sharply. If we consider the circuit for the power supply, then the thyristor is selected dipole type. In this case, the current reducibility parameter of the element is not more than 45 microns. The input voltage maximum can be 20 V. Contactors are used to connect capacitors.
Using wired stabilizers
Through wired stabilizers, you can connect a high-frequency electronic transformer. The connection scheme involves the use of triggers with a secondary winding. The tetrodes in this case are installed behind the relay. Filters are used to increase the negative resistance. In total, two contactors are required for a 30 W power supply. Resistors are used toroidal type. The output voltage parameter of the elements does not exceed 45 V.
Connection to the diode bridge
A low-frequency transformer can be connected to the diode bridge through one regulator. For this, the tetrode is used with two filters. The current conductivity of the element must be at least 55 microns. All this will significantly increase the threshold resistance. The modulator for the circuit is selected pulse type. If we consider the converter with an amplifier, then the relay must be used only with insulators. In this case, the resistance at the transformer will be about 22 m. The output voltage on the winding will fluctuate around 30 V.
Halogen lamp connection
Only a low-frequency electronic transformer may be connected to halogen lamps. The wiring diagram consists of dipole type resistors. Capacitors are used with a primary winding. Filters are used to stabilize the induction process. In total, the circuit provides two amplifiers. The relay in this case is installed behind the capacitors.
The expander may only be used in an open type. The current conductivity of the element is 55 microns. Thus, the resistance should not exceed 12 ohms. The output voltage parameter depends on the resistors. If we consider models with not a large capacity, then the specified parameter is about 13 V.
Taschibra Model Connection Diagram
Through the regulator, a Taschibra (electronic transformer) can be directly connected. The connection scheme involves the use of a modulator with a primary winding. Directly transceiver for the capacitor is selected in two phases. A Taschibra (electronic transformer) can also be connected via a dipole resistor. The device connection diagram in this case involves the use of a zener diode.
If we consider the standard modulator, then the current conductivity is about 60 microns. In this case, the resistance does not exceed 12 ohms. Wired relays are sometimes used. In this case, the expander is taken without winding.
Connecting a RET251C device
This electronic transformer (RET251C circuit shown below) is connected via two dipole resistors. Capacitors are often used without a modulator. In this case, the input voltage depends on the conductivity parameter. As a rule, it lies within 40 microns. It is also important to note that transistors are used only open type. If we consider a converter of not high power, then the connector is installed with one amplifier. Two isolators are used to connect the expander. The tetrode may be used with a dual regulator.
Transformer connection GET 03
The indicated electronic transformer (GET 03 diagram is shown below) is connected via a wired relay. The regulator is used with two adapters. The thyristor for connection is taken open type. The modulator can be used with or without a winding. If we consider the first option, then the resistor is connected with a selector. In turn, the tetrode is installed of the beam type.
If we consider the circuit without a winding, then the resistor is used only with output contactors. In this case, the regulator is installed behind the relay. An amplifier in the circuit is not needed. The current conductivity will be about 70 microns. Thus, the resistance in the circuit does not exceed 30 ohms.
Connection diagram of model ELTR-60
For various power tools, this electronic transformer is often used. The circuit for a screwdriver includes an output amplifier. The regulator is used with two transceivers. Thus, the conductivity of the element is at least 44 microns. In this case, the tetrode is used as a capacitor type. The output voltage of the transformer depends on the conductivity of the modulator.
If we consider a circuit with a winding, then the capacitor is installed behind the relay. Thus, the current conductivity is 35 microns. The input impedance is not more than 12 ohms. If we consider the circuit without winding, then you will need to use two expanders. The trigger in this case is applied without a filter. Directly, the regulator is selected operating or pulse type.
Connecting the ELTR-70 device to a 24 V circuit
The indicated electronic transformer (24 volt circuit is shown below) is connected via a dipole controller. In total, two conductors are required for the model. The trigger for converting current is used open type. Also, the electronic transformer connection diagram has filters that are installed behind the winding. The tetrode itself is selected with high sensitivity. In this scheme, the conductivity parameter should not exceed 60 microns. All this will allow to keep output impedance at a stable level.
The transceiver in the circuit uses a low-frequency type. Various amplifiers are used to increase the induction flow rate. They are installed with or without capacitors. If we consider the first option, then the relay is used with a secondary winding. When it comes to connecting without capacitors, in this case one transceiver is used.
Transformer Connection TRA110
The electronic transformer connection scheme involves the installation of a wired type regulator. Transceivers are used only with dinistors. In total, for the normal operation of the model, two capacitors are required. The capacity of the expander must be at least 4 pF. In this case, the relay is installed behind the secondary winding.
If we consider a circuit with a trigger, then for normal operation of the transformer insulators will be required. The thyristor for it is selected with contactors. If we consider a transformer without a trigger, then in this case it is required to install an output type modulator. The conductivity of the current must be at least 50 microns. Resistors are used only vector type.