V D Solvations

12/09/2025

Step into the future of electronics with VD Solvations – where connection meets innovation through comprehensive product development. Our end-to-end expertise transforms concepts into reality, from initial design and prototyping to bulk manufacturing of high-quality connectors, precision wiring harnesses and advanced electronic modules.
We specialize in custom product development services that take your ideas through every stage: conceptualization, design validation testing (DVT), engineering validation testing (EVT) and production validation testing (PVT) to ensure market-ready solutions. Our bulk quantity product development capabilities empower manufacturers and creators to engineer with confidence, offering scalable solutions from prototype to mass production.
From cutting-edge automation to advanced temperature and process controllers, we transform ordinary devices into extraordinary solutions for industrial performance. Our comprehensive product development approach includes Bill of Materials (BOM) optimization, cost-effective manufacturing processes, and quality assurance at every stage. Choose VD Solvations as your trusted partner to streamline development, unlock possibilities, and automate success—because tomorrow's technology deserves reliability, scalability, intelligent control and expert product development support.


Contact : [email protected]

23/03/2025

Transform your ideas scratch/schematic design into reality with professional pcb design

V D Solvations
whatsapp : +91-9599418090
Skypee:.cid.42684e13cdb15a8e

11/02/2025

Skypee : live:.cid.42684e13cdb15a8e
Email : [email protected]

02/10/2024

Q. Resistor : How To Choose Appropriate Resistor to Yours Design?

-Resistors are devices connected to a circuit to introduce a specified resistance. The resistance is measured in ohms. As stated in Ohm's Law, the current through the resistor will be directly proportional to the voltage across it and inversely proportional to the resistance.

Q. How Resistor Works?
-The passage of current through the resistance produces heat. The heat produces a rise in temperature of the resistor above the ambient temperature. The physical ability of the resistor to withstand, without deterioration, the temperature attained, limits the operating temperature that can be permitted. Resistors are rated to dissipate a given wattage without exceeding a specified standard "hot spot" temperature and the physical size is made large enough to accomplish this. Deviations from the standard conditions ("Free Air Watt Rating") affect the temperature rise and therefore affect the wattage at which the resistor may be used in a specific application.

Q. Choose The APPROPRIATE RESISTOR?
-Resistor selection requires three steps:
1. Determine the resistance and the watts to be dissipated by the resistor.
2. Determine the proper "Watt Size" (physical size) as controlled by watts, volts, permissible temperatures, mounting conditions and circuit conditions.
3. Choose the most suitable kind of unit, including type, terminals and mounting
In addition to choosing the appropriate type and rating of resistor, the style in which the resistor must be mounted is also an important factor in choosing the appropriate resistor. Some of the different methods of installing a resistor include:
1. Bracket Mount Resistors,
2. Panel Mount Resistors,
3. PC Mount Resistors,
4. Surface Mount Resistors,

Q. Engineering Behind Resistor?

-Ohm's Law, (shown in the figure below) enables determination of the resistance when the required voltage and current are known. When the current and voltage are unknown, or the best values not decided on, at least two of the three terms in Ohm's Law must be measured in a trial circuit. Power in watts, can be determined from the formulas in figure b., which stem from Ohm's Law. R is measured in ohms, E in volts, I in amperes and W in watts.
Stated non-technically, any change in current or voltage produces a much larger change in wattage (heat to be dissipated by the resistor). Therefore, the effect of apparently small increases in current or voltage must be investigated because the increase in wattage maybe large enough to be significant. Mathematically, the wattage varies as the square of the current, or voltage, as stated in figure b. For example, an increase of 20% in current or voltage will increase the wattage 44%. Figure 1 graphically illustrates the square law relation. Hence, the actual current must be used in figuring the wattage and the increase in wattage due to apparently small changes, then determined in order to select the proper size resistor. Allowance should be made for maximum possible line voltage.
To allow for the differences between the actual service conditions and the "Free Air Watt Rating", it is a general engineering practice to operate resistors at more or less than the nominal rating. Most thermal calculations, however, involve so many factors that are usually not accurately known; at best they are only approximations.
The most accurate method of determining or checking the rating is to measure the temperature rise in a trial installation. A thermocouple (made of #30 B & S gage wire) is recommended for the measuring element. Even measurements made with a thermocouple will vary slightly with different samples and techniques. The factors that affect the temperature rise act independently of each other and are as follows:
1.Ambient temperature
2. Enclosure
3. Grouping
4. Altitude
5. Pulse Operation
6. Cooling Air
7. Limited Temperature Rise
Other - Including high resistance, high voltage, high frequency and military specifications

Resistors are available in 0.015 through 30,000 ohms, and 0.25 through 800 watts.

For Enquiry / RFQ / SOR send on
E.mail : [email protected]

29/09/2024

Enhance Your Product Quality with Excellent Quality & Good Prices Electronic Components.
V D Solutions facilitate to Quick Electronic Design Support / Consultations. Drop Yours E-BOM, RFQs, SOR, Any Requirement on
Email: [email protected].

19/06/2024

GaN Conductions for evolutions

15/03/2024

https://www.amazon.in/dp/B0CY39BNKK?ref=myi_title_dp

Grab this product to transform reliable and quality operation for Robotics, Industrial use, Home automation, Smart home.

Everyone Products

19/02/2024

19/02/2024

Product Description: Heavy Duty - 5/12V Isolated Relay Module,
Normal Voltage: 5Volt / 12V,
Normal Current: 70mA,
Maximum Load Current: 10A/250V-AC, 10A/30V-DC,
Maximum Switch Voltage: 250V-AC, 30V-DC,
Operating Temperature: -20Deg to +85Deg,
Circuits Available: 1, 2, 4 & 8
Sale Type: Wholesalers & Bulk Qty.
A relay module is essentially a circuit board that houses one or more relays. These modules come in diverse shapes and sizes, with the most common configurations being rectangular boards containing 2, 4, or 8 relays. Each relay module is equipped with various components such as indicator LEDs, Protection Diodes, Transistors, and Resistors. The primary information about a Relay Module, including its input voltage rating, switch voltage, and current limit, is typically printed on its surface for easy reference.
Functions:
The primary function of a relay module is to switch electrical devices or systems on and off. It also serves to isolate control circuits, ensuring that low-power devices, such as microcontrollers, can safely control higher voltages and currents.

Home Automation: These modules, rated for up to 10A and 250V AC, are commonly used in home automation systems to control devices like Lights, Fans, and other Household Appliances, Smart DIY Automation, Localized and Cloud managed to realize automation and intelligence in different scenarios via home assistant.

Industrial Applications: In the industrial sector, relay modules are instrumental in controlling Machinery, Process controls, PLCs, Lighting systems, Alarms, and Security systems.

Automotive Systems: In Vehicles, Relay Modules manage functions like Controlling Headlights, Turn signals, and Starter Motors.

Contacts us for further queries, customizations according to yours products requirement.
- [email protected]