Signal generator Circuit PIC16F88 JAL Code Example
In an experiment with some changes I use this circuit for the development of’m sending you. I could not work because it is not a final time. To put it in principle, be controlled by Pic-5V to +5 V... Electronics Projects, Signal generator Circuit PIC16F88 JAL Code Example "microchip projects, microcontroller projects, pic16f88 projects, " Date 2016/05/06
In an experiment with some changes I use this circuit for the development of’m sending you. I could not work because it is not a final time.
To put it in principle, be controlled by Pic-5V to +5 V analog switch between the output stage is based on the principle of giving. The future with analogue switch (CD4051) 4 units of work for removing a circuit will do better.
Would be best to send with the finished but at the moment I do not have time for this study. The reason for using 16F88 is for adjusting the frequency. Found another pic of the ADC can be used. ADC will connect the potentiometers with a frequency can be adjusted. I try to help to develop friends. Jal the spline drawing software.
Wishing to be useful and good work.
Signal generator Circuit Schemmatic
Jal source code
include 16f88_4i include jlib port_b_direction = all_output var byte x x = 1 procedure sinyal is port_b = 0b0100_0001 -- 1 delay_10us(x) port_b = 0b0100_0010 -- 2 delay_10us(x) port_b = 0b0100_0011 delay_10us(x) -- 3 port_b = 0b0100_0100 -- 4 delay_10us(x) port_b = 0b0100_0101 -- 5 delay_10us(x) port_b = 0b0100_0110 -- 6 delay_10us(x) port_b = 0b0100_0111 -- 7 delay_10us(x) port_b = 0b0100_0110 -- 8 delay_10us(x) port_b = 0b0100_0101 -- 9 delay_10us(x) port_b = 0b0100_0100 -- 10 delay_10us(x) port_b = 0b0100_0011 -- 11 delay_10us(x) port_b = 0b0100_0011 -- 12 delay_10us(x) port_b = 0b0100_0000 -- 13 delay_10us(x) port_b = 0b0000_1000 -- 14 delay_10us(x) port_b = 0b0001_0000 -- 15 delay_10us(x) port_b = 0b0001_1000 -- 16 delay_10us(x) port_b = 0b0010_0000 -- 17 delay_10us(x) port_b = 0b0010_1000 -- 18 delay_10us(x) port_b = 0b0011_0000 -- 19 delay_10us(x) port_b = 0b0011_1000 -- 20 delay_10us(x) port_b = 0b0011_0000 -- 21 delay_10us(x) port_b = 0b0010_1000 -- 22 delay_10us(x) port_b = 0b0001_1000 -- 23 delay_10us(x) port_b = 0b0001_0000 -- 24 delay_10us(x) port_b = 0b0000_1000 -- 25 delay_10us(x) port_b = 0b0000_0000 -- 26 delay_10us(x) end procedure forever loop sinyal end loop
Related Posts
-
PIC16F877 Series I/O Circuit Analog Control System PLC Sampler I/O control analog sampler plc system based on microchip pic16f877 circuit output serial rs232 pc connection is used the uln2003 in
-
AVR Temperature Measurement System Atmel AVR, Atmel microcontroller series with a super “Temperature Control Measurement System” 16 sensor inputs 4 alarm inputs and the computer’s
-
Atmel AT89C2051 Clock Circuit with LED Display Pretty stylish digital clock circuit of the display to show information on the hours, but around kılasik made with 120 LEDs
-
Fast Fourier transformation FFT Circuit ATmega8 SCT2024 LED driver ATmega8 (TQFP32 package) based on FFT Circuit applied the entry signals 16 × 16 led display (SCT2024 serial-interfaced LED driver 256
-
Color Sense Circuit LCD PIC16F877 Picbasic Pro This circuit using a PIC 16F877 microcontroller LCD (Liquid Crystal Display) has been applied on the color sensor. For circuit design
-
CCS LM35 Temperature Sensor Example with PIC16F877 LCD PIC16F877 and LM35 Temperature Sensor Application simple CCSC Example PIC16F877 10-bit ADC is be used. Read the ADC result and the
-
Lamp Effects Circuit PIC16F628 10-Channels 12V 60W Effect circuit PIC16F628 microcontrollers based on the PIC16F628 outputs BUZ20 MOSFETs powered by 10 12volt 60w lamp connected (in tests leds)
-
ATmega128 DMX Scanner DMX interface. These were mainly receivers and transmitters, as well as devices enabling the development of DMX networks. When running prototypes
LM35 Adjustable Automatic Sensitive Temperature Control Circuit
LM35 temperature sensor is used for temperature sensing circuit of this sensor with famous microcontroller controlled circuit was shared abundance simple quality’re located in a corner of a circuit
VR is working with 12 volt DC Circuit Sensitivity can be set between 1 potentiometer with 0-150 ℃ integrated control circuit of the LM358 dual op amp output relays in the high-power devices can be controlled very precisely with a simple inexpensive automatic thermostat
Sensitive Temperature Circuit