Loris electronic blog

The TL494 is a versatile current-mode pulse-width modulation (PWM) controller IC widely used in power electronics applications. Its flexibility and features make it a popular choice for designing power supplies, inverters, and various switched-mode power converters. Let's delve into optimizing power using the TL494 and explore its key features and applications. Overview of TL494 Functionality: The TL494 operates as a current-mode PWM controller, providing precise control over the switching of power transistors in electronic circuits. Topology Support: It supports both push-pull and single-ended configurations, making it suitable for a range of power supply and inverter designs. Key Features Reference Voltage: The TL494 features a built-in 5V reference voltage, simplifying the design process and enhancing stability. Error Amplifier: An error amplifier allows precise regulation of the output voltage by comparing it to a reference voltage. Oscillator: The internal oscillator generates...

Resistors are fundamental components in electronic circuits, providing resistance to the flow of electric current and influencing the circuit's behavior. A 100k ohm resistor, often represented as a 100kΩ resistor, is a common value that finds versatile applications in electronics. Let's explore how to effectively incorporate 100k resistors in circuits. Understanding 100k Resistors Resistance Value: A 100k resistor has a resistance of 100,000 ohms. The "k" symbolizes kiloohms, indicating that the resistance value is in thousands. Color Code: The color code for a 100k resistor is brown (1), black (0), yellow (4), and gold (tolerance). The gold band represents a tolerance of ±5%. Common Applications Voltage Divider: 100k resistors are frequently used in voltage divider circuits. When combined with another resistor, they can create a reference voltage or scale down input voltages. Biasing Transistors: In transistor biasing circuits, a 100k resistor may be used to set the...

Regarding lithium batteries, CR123 and CR123A are often used interchangeably, leading to confusion among consumers. Let's delve into the compatibility and differences between CR123 and CR123A batteries to help you make informed decisions for your electronic devices. 1. Chemistry CR123: CR123 batteries usually refer to lithium manganese dioxide chemistry. They are non-rechargeable and provide a reliable power source for various devices. CR123A: CR123A batteries also use lithium manganese dioxide chemistry. The "A" in CR123A is often associated with a specific size and designation within the International Electrotechnical Commission (IEC) standards. 2. Size and Dimensions CR123: CR123 batteries have a standardized cylindrical shape and dimensions. They are commonly used in cameras, flashlights, and other electronic devices. CR123A: CR123A batteries share the same cylindrical shape and dimensions as CR123 batteries. The "A" designation mainly indicates a specific s...

A 3-line decoder is a fundamental component in digital circuitry, unlocking a realm of possibilities in information processing and control logic. Let's unveil the magic behind the 3-line decoder, exploring its architecture, functionality, and applications. Understanding the Basics Input and Output Configuration A 3-line decoder typically has three input lines (A, B, and C) and eight output lines (Y0 to Y7). The binary input across these three lines determines which output line will be active. Binary-to-Decimal Conversion The binary input of a 3-line decoder represents a 3-bit binary number. The decoder converts this binary input into its decimal equivalent, activating the corresponding output line. Internal Circuitry Logic Gates The internal structure of a 3-line decoder involves multiple AND gates and an inverter. These components work in tandem to decode the binary input and generate the appropriate output signals. Truth Table The truth table for a 3-line decoder outlines the rel...

Choosing the right coin cell battery for your electronic devices involves considering various factors, including price, performance, and compatibility. The CR2025 and CR2032 are popular coin cell batteries, and understanding their differences in terms of price and performance is crucial for informed decision-making. CR2025 Overview Price CR2025 batteries are generally more cost-effective compared to CR2032 batteries. The lower price can make them an attractive option for budget-conscious projects or devices with lower power requirements. Performance CR2025 batteries have a capacity of around 160-165 mAh, providing a moderate amount of power. They are suitable for devices with lower energy consumption, such as key fobs, remote controls, and small electronic gadgets. Common Applications Key fobs Remote controls Watches Small toys CR2032 Overview Price CR2032 batteries are typically more expensive than CR2025 batteries. The higher cost is attributed to their larger capacity and slightly l...