Electronic Teaching Aids

MEASUREMENT OF TEMPERATURE USING R.T.D.
SPECIFICATION
* Study of RTD as temperature measuring transducer
* RTD ( PT - 100 ) probe with protection cover
* 3.5 digit DPM as temperature indicator
* O/P provided on test points for monitoring & controlling.
* Enclosed in an attractive ABS plastic cabinet with cover for safety of components.
* Detailed instruction manual

* To verify the truth table of JK, RS, T, D flip-flops

* input switches with LED display

* Logic status indicator

*  Set of Patch chords

* In-built Power Supply

* User’s Manual 

* House in an attractive ABS Plastic cabinet with cover

1. Introduction

The Atmashiskhit Development Board (ADB) is an educational hardware platform designed to simplify the learning and teaching of Artificial Intelligence (AI), machine learning concepts, robotics, and embedded systems. ADB integrates sensors, actuators, compute modules, and interfaces into a single, classroom-friendly system that enables students from Grade 5 onward to understand real-world applications of AI.

2. Purpose of the Board

The board is engineered to remove the complexity of breadboarding and wiring, enabling learners to focus on AI logic, algorithms, and interpretation of sensor data. ADB supports various AI/ML experiments including data acquisition, signal processing, pattern recognition, robotics control, and basic autonomous decision making.

3. Key Features

• Pre-connected sensors for plug‑and‑play learning.
• Built‑in microcontroller/computational unit.
• Color‑coded ports for simplified learning.
• Integrated AI-capable sensors (sound, touch, light, motion).
• Support for Python/C++/Blocks based programming.
• USB and 5V external power compatible.
• Multiple GPIOs for interfacing external modules.
• Onboard memory for data logging.

4. Hardware Specifications

Core MCU: ARM Cortex / ESP32-based processor (depending on model)

Operating Voltage: 5V DC USB Powered

Digital I/O Pins: 12–20 (board variant dependent)

Analog Inputs: 4–8 channels

Connectivity: UART, I2C, SPI headers

Communication: Wi-Fi/Bluetooth (AI cloud use cases)

Onboard Devices: LED array, pushbuttons, buzzer, IR sensor, ambient light sensor, temperature sensor

Expansion Ports: Servo headers, DC motor terminals, RGB LED port