Summary of HIGH VOLTAGE INSECT TRAP PIC16F675
This article describes a high-voltage insect trap using a PIC16F675 microcontroller. The system operates in power-saving mode, activating only when solid objects contact the floor cage. It utilizes a low-current DC-DC converter to generate high voltage for incapacitating insects. Key features include capacitor charging with multiple pulses and regulated output monitoring.
Parts used in the High Voltage Insect Trap:
- PIC16F675 Microcontroller
- SCR (Silicon Controlled Rectifier)
- Hex Schema
- PCB Drawing Files
- Capacitor C1 (22nF 400V)
- 12V Zener Diode CR4
- Low Current DC-DC Converter
Control circuit designed with microcontroller is done with high voltage to incapacitate an interesting insects pic16f675 a bug it won’t run in normal operation for power saving high-voltage circuit on the PCB when solid… Electronics Projects, High Voltage Insect Trap PIC16F675 “microchip projects, microcontroller projects, “
Control circuit designed with microcontroller is done with high voltage to incapacitate an interesting insects pic16f675 a bug it won’t run in normal operation for power saving high-voltage circuit on the PCB when solid comes in contact with the cage on the floor your running high voltage low current dcdc pic16f675 ceiric: the circuit assembly SCR , hex schema and pcb drawing files.
Capacitor C1;
Some versions of this circuit charged up a capacitor (C1) with multiple pulses. This allowed the PIC to monitor the high voltage and produce a regulated output
22nf 400v capacitor with a 12v Zener diode cr4 description of the attempts made to do
source: HIGH VOLTAGE INSECT TRAP PIC16F675 alternative link: high-voltage-insect-trap-pic16f675.rar
- How does the circuit save power?
The microcontroller is designed not to run in normal operation for power saving. - When does the high voltage activate?
High voltage activates when a solid object comes in contact with the cage on the floor. - What type of converter is used?
A low current DC-DC converter is used to produce the high voltage. - How is the capacitor charged?
Some versions charge up the capacitor C1 with multiple pulses. - What allows the PIC to monitor the high voltage?
The circuit design allows the PIC to monitor the high voltage and produce a regulated output. - What components are included in the assembly files?
The assembly includes SCR, hex schema, and PCB drawing files. - What is the specific value of capacitor C1?
Capacitor C1 is a 22nF 400V capacitor. - Does the device run continuously?
No, it will not run in normal operation for power saving.
