Advertisement
Buck Converter Design – Circuit Schematic
Buck Converter Design
The top MOSFET switches on creating a short circuit between the input voltage (IN) and the left hand side of the inductor, L1. The inductor current ramps up acc...
Buck Converter Design – Circuit Schematic
Buck Converter Design
The top MOSFET switches on creating a short circuit between the input voltage (IN) and the left hand side of the inductor, L1. The inductor current ramps up acc...
Boost Converter Design – Circuit Schematic
Boost Converter Design
Ignore components C1, C2, R3. The MOSFET, Q1, switches on creating a short circuit between the right hand side of the inductor, L1, and 0V. Thus a fixed voltage...
Boost Converter Design – Circuit Schematic
Boost Converter Design
Ignore components C1, C2, R3. The MOSFET, Q1, switches on creating a short circuit between the right hand side of the inductor, L1, and 0V. Thus a fixed voltage...
Voltage frequency converter circuit composed of AD654 – Circuit Schematic
Voltage frequency converter circuit composed of AD654
The circuit shown in the figure is low-cost voltage frequency converter (VFC) with AD654. Connecting to necessary components Rl and Cl according to figure will ...
Voltage frequency converter circuit composed of AD654 – Circuit Schematic
Voltage frequency converter circuit composed of AD654
The circuit shown in the figure is low-cost voltage frequency converter (VFC) with AD654. Connecting to necessary components Rl and Cl according to figure will ...
Stabilized voltage inverter 12V-220V 200W – Circuit Schematic
Stabilized voltage inverter 12V-220V 200W
Stabilized voltage inverter 12V-220V 200W is shown in the following diagram. It can adopt existing dual 12V-200W mains transformer. But its invert efficiency is...
Stabilized voltage inverter 12V-220V 200W – Circuit Schematic
Stabilized voltage inverter 12V-220V 200W
Stabilized voltage inverter 12V-220V 200W is shown in the following diagram. It can adopt existing dual 12V-200W mains transformer. But its invert efficiency is...
Self-control digital inverter power supply circuit diagram:1.2V rising to 9V – Circuit Schematic
Self-control digital inverter power supply circuit diagram:1.2V rising to 9V
It does not require the establishment of a separate power switch or transformation to switches in the table. The circuit has the advantages of low power consump...
Self-control digital inverter power supply circuit diagram:1.2V rising to 9V – Circuit Schematic
Self-control digital inverter power supply circuit diagram:1.2V rising to 9V
It does not require the establishment of a separate power switch or transformation to switches in the table. The circuit has the advantages of low power consump...
100W SINE AT 60Hz – Circuit Schematic
100W SINE AT 60Hz
Consists essentially of 60-Hz sine-wave oscillator with 10K frequency-control pot, two buffer stages, and push-pull power amplifier. Circuit eliminates noise pr...
100W SINE AT 60Hz – Circuit Schematic
100W SINE AT 60Hz
Consists essentially of 60-Hz sine-wave oscillator with 10K frequency-control pot, two buffer stages, and push-pull power amplifier. Circuit eliminates noise pr...
Zero-voltage zero-current switch three-level DC converter – Circuit Schematic
Zero-voltage zero-current switch three-level DC converter
In order to remove circulating current of zero-voltage switch three-level DC converter in zero state, we come up with kind of zero-voltage zero-current switch t...
Zero-voltage zero-current switch three-level DC converter – Circuit Schematic
Zero-voltage zero-current switch three-level DC converter
In order to remove circulating current of zero-voltage switch three-level DC converter in zero state, we come up with kind of zero-voltage zero-current switch t...
VFC62 voltage / frequencyfrequency / voltage converter circuit – Circuit Schematic
VFC62 voltage / frequencyfrequency / voltage converter circuit
VFC62 voltage / frequency,frequency / voltage converter can easily convert analog signals into digital signals.The digital output uses the form of open collecto...
VFC62 voltage / frequencyfrequency / voltage converter circuit – Circuit Schematic
VFC62 voltage / frequencyfrequency / voltage converter circuit
VFC62 voltage / frequency,frequency / voltage converter can easily convert analog signals into digital signals.The digital output uses the form of open collecto...
voltage conversion circuit composed of VFC320 – Circuit Schematic
voltage conversion circuit composed of VFC320
Figure 1-22 (a) shows the circuit which could convert 0-+lOV input voltage Ui into the pulse with 0 -1OOkHz output frequency, and pin 7 of VFC320 is connected a...
voltage conversion circuit composed of VFC320 – Circuit Schematic
voltage conversion circuit composed of VFC320
Figure 1-22 (a) shows the circuit which could convert 0-+lOV input voltage Ui into the pulse with 0 -1OOkHz output frequency, and pin 7 of VFC320 is connected a...
voltage conversion circuit composed of NJM4558 – Circuit Schematic
voltage conversion circuit composed of NJM4558
Figure 1-42 (a) is a voltage / current conversion circuit, and it can convert 0-lOV input voltage into 4-2OmA output current. Adjusting RP2 could make Ui = 0, I...
voltage conversion circuit composed of NJM4558 – Circuit Schematic
voltage conversion circuit composed of NJM4558
Figure 1-42 (a) is a voltage / current conversion circuit, and it can convert 0-lOV input voltage into 4-2OmA output current. Adjusting RP2 could make Ui = 0, I...