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Schematics
Schematics serve as the fundamental building blocks for any electronic device. Schematic designs outline the connections and components necessary for the hardware to function. At Digital Dividend, we create detailed and precise schematics that form the backbone of reliable and effective electronic products.
Our Approach to Schematic Design
We employ industry-leading tools to develop clear and accurate schematics.
Our meticulous attention to detail ensures that every circuit connection is optimized for functionality and manufacturability.
These schematic designs set the stage for successful PCB layout and assembly.
We develop comprehensive schematics for constructing reliable electronic systems. Our detailed diagrams ensure precise connections and usability across complex circuits.
Multi-layer PCBs
Multi-layer PCBs are essential for modern electronic devices that require high circuit density and enhanced functionality within compact form factors. These multi layer PCBs consist of multiple layers of electronic components embedded within non-conductive material.
Expertise in Multi-layer PCB Design
Digital Dividend excels in designing multi-layer PCBs that are compact, highly reliable, and capable of supporting sophisticated electronic functions.
Our designs are characterized by enhanced signal integrity and reduced electromagnetic interference, crucial for high-performance electronics.
Digital Dividend designs multi-layer PCBs with exceptional circuit density and electrical performance. Our boards are crafted with multiple conductive layers used for advanced electronic applications.
Analog Circuit Design
We design analog circuits that are precise and energy-efficient, ensuring seamless integration with digital systems. Our expertise enables us to produce designs that enhance signal processing capabilities and overall system reliability.
Our Specialization in Analog Circuit Design
We design analog circuits that are precise and energy-efficient, ensuring seamless integration with digital systems.
Our expertise enables us to produce designs that enhance signal processing capabilities and overall system reliability.
Our team creates analog circuit diagrams to manage continuous signal flow and use components such as resistors, capacitors, and inductors to ensure functionality and precision.
Digital Circuit Design
Digital circuit design involves creating circuits that handle digital signals, forming the core of computing and electronic devices. These designs are fundamental for executing logical operations and processing digital information.
Our Digital Design Capabilities
At Digital Dividend, we focus on developing digital circuit designs that are optimized for speed, power consumption, and error resistance.
Our innovative electronic circuit design supports a wide range of applications, from simple devices to complex computing systems.
We build digital circuits focused on efficient data processing. Our designs are pivotal in computational and control applications.
Mixed Signal Design
Mixed signal designs incorporate both analog and digital circuits, crucial for systems that interface directly with the physical world while performing digital computations. These designs are essential for accurate data acquisition and control systems.
Our Approach to Mixed Signal Systems
We integrate robust analog and precise digital mixed signal circuit designs to create superior mixed signal systems.
Our solutions ensure high fidelity signal processing and enhanced functionality, bridging the gap between physical inputs and digital processing.
Our team at Digital Dividend merges analog and digital circuits for versatile device functionality. This service is key for systems requiring robust processing capabilities.
High and Low Current Design
Designing for high and low current applications involves creating systems that can handle varying levels of electrical current, crucial for safety and efficiency. Our designs accommodate battery management circuit variations, ensuring durability and reliability across all operating conditions.
Tailored Current Management Solutions
Digital Dividend develops hardware that efficiently manages power distribution and consumption.
High-power industrial applications or low-power consumer devices are all catered by our battery management system circuit designs.
These designs are engineered to maximize performance while minimizing power loss.
We engineer circuits for high and low current demands. Our high current solutions manage power efficiently while our low current designs reduce leakage and interference.
Our Top-Notch Embedded Systems Development Projects
We have more than 2500 happy clients globally and completed 4200+ projects in 40+ countries. Check out our some of the best Embedded Systems Development here:
CAN BUS READER DEVICE
Our client goal was to create a device that deals with custom special vehicles. In order to filter out some special CAN messages from vehicles a CAN bus reader device was developed for a testing purpose. This device can filter out CAN messages and save them in a USB flash drive. CAN bus reader devices can read the data of a CAN bus from medium and high speed CAN bus systems of different vehicles. VIEW DETAILS
DATA LOGGER
A logger device was built by our customer in order to keep on the logging data from a tracking device. In different countries most of the time the issue which occurred was with mobile network connections and availability. Tracking devices generate data that can only be viewed by connecting devices on a serial terminal. Earlier we had no clue why some devices are not working properly. In order to identify an exact reason we found a way to view data generated by the devices. Logger device helped to exactly figure out the issues VIEW DETAILS
IOT ASSET TRACKING DEVICE
Ptag2 is an “IoT asset tracking device” and is a product of PosTrack. This Device was built to monitor the movement and geoposition of assets. Asset tracking systems use GPS asset tracking devices, barcodes, or RFID tags to help manage equipment (generally high-value assets such as generators, tools, or OHVs). It is used to increase the security and efficiency of a company’s physical assets. VIEW DETAILS
SMART VENTILATION SYSTEM
A smart device was designed specially to address the cold environments where the conservation of the heat energy is important during the winters. The device was able to monitor the air quality and control the airflow within close boundaries. The balance is maintained between the cold air from outside and the heat inside the building as well as in the caravans. VIEW DETAILS
DIGITAL RELAY BOX
A Device was created which is capable of handling high-power extra loads in automobiles. The product can be installed inside custom special vehicles to extend connectivity with extra loads for automotive devices. Digital/numerical relays provide a front panel display or a terminal display via a communication interface. This is used to display relay settings as well as real-time current/voltage values, among other things. The device fully complies with safety regulations. VIEW DETAILS
WIND TURBINE POWER SOLUTION PROVIDED BY DIGITAL DIVIDEND
Our client’s objective was to monitor and control the rotational speed of a wind turbine to prevent excessive wear and catastrophic damage to blades and internal components. Digital Dividend solved the problem by developing specific hardware and firmware using micro controller and integrated circuit (IC) technology. The turbine operator can now restrict rotor speed to specific ranges through the use of a potentiometer, lengthening equipment life and ensuring the turbine does not burn out, or even explode, during extreme conditions. VIEW DETAILS