https://www.facebook.com/220149694515618/

Saucy Family, 900 W Olympic Boulevard, CA 90015, Los Angeles, CA (2025)

10/13/2025

This circuit diagram illustrates a four-way switch setup, also known as an intermediate switching circuit. This is a common wiring configuration used to control a single light fixture from three or more different locations.

How It Works
The power source (P) and neutral (N) lines connect to the circuit.

The two outer switches are 3-way switches. They each have three terminals and are used to direct the current to one of two paths.

The two inner switches are 4-way switches. They have four terminals and are used to "cross over" the wires, reversing the direction of the current flow between the two 3-way switches.

The purpose of this setup is to allow any of the four switches to turn the light on or off, regardless of the position of the other switches. This is useful for long hallways, staircases, or large rooms with multiple entrances.

The circuit works by changing the path of the current. Each switch flips the flow of electricity, and as long as a complete path is formed from the power source to the light bulb, the bulb will be on. If the path is broken at any point, the bulb will be off.

10/13/2025

The Magic Behind the Motor! 🔌
Ever wonder how to start and stop a powerful motor with just the push of a button? This diagram shows a classic motor control circuit!

This setup uses a contactor and a thermal relay to safely control a three-phase motor from a single-phase power supply, all with simple "start" and "stop" buttons and indicator lights. It's a great example of industrial control and electrical safety in action! 💡

10/13/2025

From Wall Outlet to Project Power! ⚡️
Ever wonder how to get the right voltage for your electronics? This diagram shows a simple and effective circuit for building a multi-voltage power supply!

This is a great example of converting high-voltage AC from a wall outlet into stable, low-voltage DC power. Perfect for powering your next DIY project, from a simple LED circuit to a microcontroller!

10/13/2025

Powering Your World with the Sun! ☀️
This diagram shows the complete setup of a solar power system. It's a great example of how to harness the sun's energy for your home or business!

Here’s a quick breakdown:

Solar Panels capture the sunlight.

The Solar Charge Controller manages the power flow to the battery.

The Battery stores the energy for later use.

The Solar Inverter converts the stored DC power to AC power, which is what your home appliances use!

It's all about sustainable energy and smart living! 💚

10/12/2025

the diagram, this looks like a circuit for connecting a 3.5mm audio jack to a USB port, possibly for a specific communication or control purpose. The text "USB-Jack 3.5 c IS ISA-ACCESS" is in Russian and translates to "USB-Jack 3.5 with IS ISA-ACCESS."

Here's a breakdown of the components shown in the diagram:

USB connector: The standard 4-pin USB connector. The wires are color-coded as per the USB standard:

Red: VCC (Power, +5V)

White: D- (Data -)

Green: D+ (Data +)

Black: GND (Ground)

3.5mm Jack: A standard 3.5mm audio jack, often used for headphones or auxiliary inputs. It's a TRRS (Tip, Ring, Ring, Sleeve) type, meaning it has four conductors. The colors here are likely for identification:

Tip (White)

Ring 1 (Green)

Ring 2 (Red)

Sleeve (Black)

Resistors: The diagram shows two resistors:

A 200Ω resistor connected between the USB's D+ (green) and D- (white) data lines.

A 120Ω resistor connected between the USB's D+ (green) and the 3.5mm jack's red conductor.

The specific wiring and resistor values suggest that this isn't a simple audio-to-USB adapter. This configuration is often used for specialized communication, such as:

Serial communication: The resistors on the data lines are sometimes used to set up a specific voltage divider or to act as pull-up/pull-down resistors, which can be part of a serial communication protocol.

Debug or access port: The "ISA-ACCESS" part of the Russian text suggests it might be a custom or proprietary connection for accessing or debugging a device, possibly related to some form of Industrial or System Automation (ISA).

Without more context on the "ISA-ACCESS" standard, it's hard to be certain of its exact function, but it's definitely not a generic audio adapter. It's a specialized circuit designed for a particular purpose.

10/12/2025

Smart Charging for a Longer Battery Life! 🔋
This diagram shows a great DIY project: an auto cut-off battery charger. This circuit is designed to protect your battery from overcharging, which can extend its lifespan!

Here's how it works:

The red LED lights up when the battery is charging.

The green LED signals that the battery is full.

The 12V relay automatically disconnects the charging circuit when the battery is topped off, thanks to the BC547 transistors and the 10K trimpot which lets you precisely set the cutoff voltage.

It's a fantastic example of a practical, real-world application of basic electronics.

10/12/2025

a basic 12V induction circuit! Here's a breakdown of the components:

12V in: The power source, likely a battery, that supplies 12 volts of direct current (DC) to the circuit.

Coil (5 turns each): This is the inductor. The two coils work together to create an oscillating magnetic field. When an alternating current (AC) flows through them, they induce a current in any conductive material placed nearby, which is the principle behind induction heating.

40N60 IGBTs (x2): These are Insulated Gate Bipolar Transistors. In this circuit, they likely act as high-speed switches, turning the DC power on and off very quickly to create the alternating current needed for the coils.

Capacitor (0.27uF 600V AC x2): The capacitors work with the coils to create a resonant circuit. This helps to make the oscillation more efficient and strong, which is crucial for effective induction heating.

This circuit design is a common way to demonstrate the principles of induction. It's often used in small-scale DIY projects like induction heaters.

10/12/2025

The Backbone of Your Project! 💡
Check out this simple and effective power supply circuit! It takes a single 24V input and provides three different, stable outputs: 5V, 8V, and 15V.

This is a great example of using linear voltage regulators to power different parts of a project from a single source. It's an essential skill for any electronics hobbyist or professional!

The LM7805 gives you a stable 5V, perfect for microcontrollers.

The LM7808 provides 8V, great for various logic circuits.

The LM7815 gives you 15V, often used for audio amplifiers and other analog circuits.

10/12/2025

Ironing Out the Details!
Ever wonder what goes on inside an electric iron? This diagram shows the key components that keep your clothes wrinkle-free and safe!

The thermostat controls the heat, making sure the iron stays at your desired temperature.

The thermofuse is a crucial safety feature, acting as a backup to prevent overheating. It's designed to melt and break the circuit if the iron gets dangerously hot.

And, of course, the heating element is what generates the heat to get the job done!

10/12/2025

The image you've uploaded is a reference chart for basic electronic components. It displays a photograph of each component, along with its corresponding electrical symbol.

Here's a breakdown of the components shown, row by row:

Row 1: Passive Components
Resistor: A photograph of a standard cylindrical resistor with color bands. The symbol is a zigzag line. Resistors limit the flow of electrical current in a circuit.

Diode: A photograph of a diode, which is a cylindrical component with a gray or white band on one end. The symbol is a triangle with a line, and it allows current to flow in only one direction.

Capacitor: A photograph of a polarized capacitor, which looks like a small canister. The symbol is two parallel lines, with one line curved to indicate its polarity. Capacitors store electrical energy in an electric field.

Row 2: Variable and Power Sources
Variable Resistor: A photograph of a potentiometer, which is a type of variable resistor with a k**b. The symbol is a zigzag line with an arrow pointing to it, indicating that its resistance can be changed.

DC Supply Voltage: A photograph of a car battery. The symbol is two parallel lines of unequal length, with the longer line representing the positive terminal. This represents a direct current (DC) power source.

AC Supply Voltage: A photograph of a high-voltage power line tower. The symbol is a circle with a wavy line inside. This represents an alternating current (AC) power source.
Row 3: Specialized and Fundamental Components
LED (Light Emitting Diode): A photograph of a standard LED. The symbol is a diode symbol with two small arrows pointing away from it, indicating that it emits light when current flows through it.

Inductor: A photograph of a coil of copper wire. The symbol is a coiled line, representing the wire coil. Inductors store energy in a magnetic field.

Ground: A photograph of an electrical ground wire connected to a pipe. The symbol is a series of horizontal lines of decreasing length, representing the common reference point for electrical potential in a circuit.

The chart is a useful tool for anyone learning about or working with electronics, as it visually connects the physical appearance of common components to their abstract schematic symbols.

10/12/2025

The image is a clear and effective instructional tool for HVAC professionals, demonstrating a specific diagnostic procedure with a visual representation of the circuit and the mathematical formula required.

10/12/2025

The image is a condensed, visual guide for electronics hobbyists, students, or professionals. It serves as a quick reference for identifying common components, understanding their pin configurations, and reading their specifications from a color code. It's a useful tool for anyone working with basic electronics.

Saucy Family

10/13/2025

10/13/2025

10/13/2025

10/13/2025

10/12/2025

10/12/2025

10/12/2025

10/12/2025

10/12/2025

10/12/2025

10/12/2025

10/12/2025

Address

Telephone

Website

Alerts

Shortcuts

Share

Category