snoopy5376
- Jan 10, 2012
- 3
- Joined
- Jan 10, 2012
- Messages
- 3
I'm implementing X10 on 240V, 50Hz power line. PIC16F877A microp is used to generate 100kHz X10 signals. Proteus 7 is used to simulate my result.
This is my transceiver circuit:
The Tuned and Untuned Amplifiers are shown below:
This is the output i got when the transceiver send and receive on its own.
Yellow - 240V power line, Blue - 100kHz X10 signal from XOUT, Red - Received Signal at XIN
I face problem when i try to send and receive using 2 different transceiver where TranscA is to send and TranscB is to receive. I connect both of them to the 240V power line as shown below:
TranscA
TranscB
But what i got is as shown:
Yellow - 240V power line, Blue - 100kHz signal generated by TranscA, Green - Signal received by TranscB
Is this the correct way to connect both the transceiver in simulation? Where have i gone wrong? Will it be the filter circuits, or the pwm programming, or which part? Thanks in advance for any help
This is my transceiver circuit:
The Tuned and Untuned Amplifiers are shown below:
This is the output i got when the transceiver send and receive on its own.
Yellow - 240V power line, Blue - 100kHz X10 signal from XOUT, Red - Received Signal at XIN
I face problem when i try to send and receive using 2 different transceiver where TranscA is to send and TranscB is to receive. I connect both of them to the 240V power line as shown below:
TranscA
TranscB
But what i got is as shown:
Yellow - 240V power line, Blue - 100kHz signal generated by TranscA, Green - Signal received by TranscB
Is this the correct way to connect both the transceiver in simulation? Where have i gone wrong? Will it be the filter circuits, or the pwm programming, or which part? Thanks in advance for any help