You can use a PIC microcontroller and an LED matrix to create a binary clock (or if you prefer you can wire up individual LEDs). This project uses an LED matrix block as it saves lots of wiring. So what is it ? Its an led clock that displays the time information as binary numbers… […]
Making a binary clock using a PIC16F88 Read More »
Many times when I’m working with a small MCU such as 8 pins or 18 pins MCU. I found that I don’t have enough MCU pins for parallel LCD display. So it’s good to have a one-pin-require LCD module for experiment. Acctually, serial LCDs are sale on the market but still I built it myself
Serial LCD Module using PIC16F88 Read More »
Here you can find out how to drive an led matrix with 64 LEDs (8 rows by 8 columns – 8×8 display) or less e.g. 35 LEDs (7 rows by 5 columns – 5×7 dot matrix). It uses persistence of vision to let you drive the 64 led matrix with only 10 microcontroller outputs! Normally you
How to drive an led display matrix using PIC16F88 Read More »
This PIC project uses an I2C Real Time Clock IC (DS1307) and a four digit seven segment display to create a standard desk clock. Note: If you typed DS1703 Real Time Clock to find this page you probably mis-spelled the chip type. Anyway you can find a DS1307 (RTC) Real Time Clock IC project and information
A Real Time Clock using PIC16F88 Microcontroller Read More »
Description This neat little circuit provides 8 LEDs directly driven from the PIC along with a single mode control switch. The firmware elsewhere on this page drives the LEDs with a 5 bit PWM signal providing each of the 8 LED channels with four levels of intensity; off, dim, mid, bright. A number of sequences
8 Channel PWM LED Chaser for PIC16F628A and PIC16F88 Read More »
Overview A four digit decimal counter for the PIC 16F88 with the following features: Count up / down Reset Free running or hold on count over/underflow User count preset Over/underflow output Description This is a 4 digit decimal counter which can operate as a free running counter or in count and hold mode with manual
4-digit Up/Down counter with preset, reset, hold and overflow output using PIC16F88 Read More »
Seenserion company produces heat and moisture sensor SHT11 humidity measurement and control circuit is made with. The circuit can be used in many different purposes. For example, agricultural irrigation, soil humidity, according to the… Electronics Projects, PIC16f88 Humidity Control Circuit SHT11 “microchip projects, microcontroller projects, pic16f88 projects, picbasic pro examples, “ Seenserion company produces heat and moisture sensor SHT11 humidity measurement
PIC16F88 HUMIDITY CONTROL CIRCUIT SHT11 Read More »
4 8-volt 500mA solar battery is charged using the 12 charging the battery charge and desarş status (Charge and discharge control) that control PIC16F88 made using a circuit that require minimal power available in…Electronics Projects, Solar Battery Charge Circuit PIC16F88 “battery charger circuit, microchip projects, microcontroller projects, pic16f88 projects, “ 4 8-volt 500mA solar battery is charged using
SOLAR BATTERY CHARGE CIRCUIT PIC16F88 Read More »
PIC16F88Rpm analog voltage output that is, PWM signal so that only the output filter will depend on VDD. While there, press the switch, use the calibration and output voltage range equivalent to the rotation….Electronics Projects, PIC16F88 LCD Tachometer Circuit “microchip projects, microcontroller projects, pic16f88 projects, “ PIC16F88Rpm analog voltage output that is, PWM signal so that only the
PIC16F88 LCD TACHOMETER CIRCUIT Read More »
The PIC sonar range finder works by transmitting a short pulse of sound at a frequency inaudible to the ear (ultrasonic sound or ultrasound). Afterwards the microcontroller listens for an echo. The time from transmission to echo reception lets you calculate the distance from the object. PIC Sonar Specification Range ~5cm – 300cm Accuracy +/-3cm
Sonar range finder using PIC16F88 Microcontroller Read More »
