MikroC Library
You can find the custom libraries I developed for MikroC here.
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433 Mhz RF Receiver-Transmitter MikroC Library
Radio Frequency Transmitter and Receiver *Radio frequency, ie RF receiver transmitters, are used in many areas. It is used in every area from media to radio to remotely controlled devices. *As it can be understood from its name, there are types working at different frequencies, but the usage of many frequencies is totally banned, or else it is subject to permission. *The frequency that is free to use among these frequencies is the 433 Mhz. Therefore, we will go through 433 Mhz Receiver and Transmitter modules in this regard. The Entire Subject; https://www.ercankoclar.com/en/2018/05/433-mhz-rf-receitransmit-mikroc/ #mikroC #RF #433Mhz #Receiver_Transmitter #electronic #software #PIC18 @mikroelektronika
DS1307 – Real Time Clock - MikroC - PIC18
*The DS1307 integration is a real-time clock integration that works with the I2C protocol. *It contains 64x8k SRAM. SRAM means briefly as long as there is electricity, the information is stored, and once the power is off, the information is deleted. *In some part of RAM it stores seconds, minutes, hours, day, date, month, and year information. *DS1307 can date up to a maximum of 2100 years, which is quite sufficient To Purchase the Library; https://market.ercankoclar.com/en/clock-circuit-mikroc-library-ds1307/ #mikroC #RTC #DS1307 #electronic #software #PIC18 #32768kh @mikroelektronika
ACS712 Current Sensor- MicroC Library
ACS712 Current Sensor *ACS712 sensor can accurately measure the current passing through the”hall-effect” system. *“Hall-effect” system measures the current from the magnetic field generated when a current is passed through a core. *ACS712 can measure both AC and DC current *ACS712 is quite successful in this matter. However, we must take into account the current value when purchasing this integration. Accordingly, ACS712 has been produced in three types. **Measures up to 5A **Measures up to 20A **Measures up to 30A *If it is exposed to a current value higher than the above values, the measuring legs will be burned. @mikroelektronika #mikroC #current #ACS712 #electronic #sotfware #PIC18
LH52256 Static RAM Control with MikroC
LH52256 Static RAM Control with MikroC What is SRAM? *SRAM aka static rams are high speed rams. Writing-reading speeds are at ns(nano second) level (1ns = 0.000000001 sn ) *The reason for the static ram name is: **RAMs we attach to the computers are called as dynamic rams because there is a refreshing period in order to keep the information in it, so refreshing process is required. However, this is not necessary for static RAMs. The difference is related to this. #mikroC #sofware #RAM #SRAM #LH52256 #PIC18 #MCU #electronic #software @mikroelektronika
DHT11 HUMIDITY and TEMPERATURE Sensor
*DHT11 can be used to measure air humidity and temperature. *It can be used in greenhouses. *It is suitable for non-sensitive humidity and temperature measurements. Positive Features *It does not need calibration. *It provides digital output thanks to the included 8-bit MCU. *It does not occupy extra pins as it communicates bidirectionally over a single line Negative Features *It uses the 1-wire protocol. Therefore, precise timing is required when reading data. *It has low resulation. ( the resulation 1 bit) *It cannot be used with corrosive liquids or other chemicals, only with water. #mikroC #software #electronic #DHT11 #humidity_and_temperature_sensor #PIC18 #MCU
Using Load Cell With INA122 Integration
Using Load Cell With INA122 Integration *In this lesson we will see how to use a load cell. *In order to use load cell INA122 and AD586 integrations are required, therefore we will also show their use. *For Load Cell, we will have requirement for technical materials and as we go I will explain their purposes. *Our goal is to know what we are doing first and to give you a basis in this matter. From this base you can set up much more sophisticated systems to get precise results. #mikroC #electronic #software #PIC #Loadcell #INA122 #AD586
UART Communication Protocol and MicroC Library
What is UART? We will examine the UART, which is one of the data communication protocols, the “universal asynchronous data communication” protocol. After thorough review, you can use this information to create your own library, or you can use the UART library I wrote for MicroC. UART Communication Protocol The UART communication protocol is a serial communication protocol. Whereas I2C or SPI communicating with 2 MCU or Entegre, in UART, MCU – PC or PC – PC communication is provided. All systems, such as the Internet and Ethernet, communicate via UART protocol. To Purchase the Library; https://market.ercankoclar.com/en/uart-communication-protocol-mikroc/ #mikroC #software #electronic #UART #Communication_Protocol #PIC #MCU