Description: A unified thermometric controller that can be programmed with simple scripts, integrating the "classic" thermometer/controller pair. You can build a variety of simple machines with the same hardware and a different script: a charting thermometer, a vending machine that dials your number when empty, a leavening cell. thermometer with 1°F (0.5C) resolution. four switch inputs, four relay outputs. only a handful of cheap parts. graphic LCD display. More: script interpreter built-in, can run ASCII programs (basic-like). 6KB non-volatile script memory. full screen editor built-in. modular C source code (need a graphic LCD driver?). Two applications provided: CHARTING THERMOMETER or SMS PHONE-MAIL ENPOWERED VENDING MACHINE.
The described unified thermometric controller is a versatile and programmable device designed to function as both a thermometer and a control system. It allows users to develop various applications using simple scripts, making it adaptable for different purposes such as a charting thermometer or a vending machine that can send notifications when supplies are low.
The controller features a temperature measurement capability with a resolution of 1°F (0.5°C), ensuring accurate readings for various applications. It includes four switch inputs that can be used for user interactions or to trigger specific functions, while four relay outputs are available for controlling external devices, such as motors or alarms.
The system is built using a minimal number of inexpensive components, making it cost-effective for hobbyists and professionals alike. A graphic LCD display provides a visual interface for users to monitor temperature readings and system status, enhancing usability.
A built-in script interpreter allows for the execution of ASCII programs similar to BASIC, enabling users to create custom scripts tailored to their specific needs. With 6KB of non-volatile script memory, users can store multiple programs without losing data during power outages. The full-screen editor facilitates the development of these scripts directly on the device, streamlining the programming process.
The modular C source code allows for further customization and development, although a graphic LCD driver may be required for certain applications. Two primary applications are provided: a CHARTING THERMOMETER for continuous temperature logging and an SMS PHONE-MAIL EMPOWERED VENDING MACHINE that can communicate with users via text messages when items need replenishment.
This unified thermometric controller represents a flexible solution for a wide range of temperature monitoring and control applications, making it an ideal choice for both educational and practical projects.A unified thermometric controller that can be programmed with simple scripts, integrating the "classic" thermometer/controller pair. You can build a variety of simple machines with the same hardware and a different script : a charting thermometer, a vending machine that dials your number when empty, a leavening cell.
thermometer with 1°F (0.5C) resolution. four switch inputs, four relay outputs. only an handful of cheap parts. graphic LCD display. script interpreter built-in, can run ASCII programs (basic-like). 6KB non volatile script memory. full screen editor built-in. modular C source code (need a graphic LCD driver?). Two applications provided: CHARTING THERMOMETER or SMS PHONE-MAIL ENPOWERED VENDING MACHINE.
The Dallas Semiconductor DS1722 digital thermometer allows measurement resolution as fine as 0.0625°C in digital form and with linear response. The accuracy specification is only 2°C, but you can improve this figure by careful calibration. Moreover, the accuracy spec is...
This circuit utilizes a +5 V reference output and an operational amplifier (op amp) to level shift and amplify the 2.1 mV/°C Tempco output into a voltage signal that varies with ambient temperature. Different scaling options can be achieved by...
This DIY digital thermometer circuit can measure temperatures up to 150°C with an accuracy of ±1°C. The temperature is displayed on a 1V full scale deflection.
The digital thermometer circuit is designed to provide accurate temperature readings within a specified range,...
This circuit illustrates an 8-digit digital tube display driver, utilizing two ICM7211A integrated circuits. A BCD (Binary-Coded Decimal) to binary data signal is transmitted to the BO-B3 pins of the ICM7211A. The digital signals are divided into two groups and...
Digital Remote Thermometer. The remote sensor transmits data through the mains supply. The temperature range is from 0.0 to 99.9 °C. Transmitter circuit diagram includes the following components: R1, R3 = 100K 1/4W resistors; R2 = 47Ω 1/4W resistor; R4...
This is a very simple to implement Temperature Sensor. It uses LM35DT as a semiconductor temperature sensor which operates with a +5 volt DC. It produces an analog output voltage, proportional to the change in surrounding temperature in Celsius scale...
The LM135/235/335 temperature sensor is designed for ease of absolute temperature reading, providing all positive values for any frequency. This is why a voltage of 2.7315V is observed at 0 degrees.
The LM135/235/335 series of temperature sensors are precision devices that...
The ultra-low bias current of the ICL7611 enables the use of large-value gain resistors, maintaining meter current error below a specified percentage, thus eliminating the need for an additional meter-driving amplifier.
The ICL7611 is a precision analog-to-digital converter (ADC) with...
A clinical thermometer is typically used by doctors due to its complex reading mechanism. This circuit represents an electronic thermometer designed to measure a wide temperature range from -200°C to 1250°C. This single circuit electronic thermometer is capable of measuring...
We use cookies to enhance your experience, analyze traffic, and (if you allow) serve personalized ads.
By clicking Accept All, you agree to our use of cookies.
Learn more