Customization High Voltage DC Power Supply Adjustable Regulated DC Power Supply 20V 200A 4000W

Product Description:

The GKD20-200CVC customized DC power supply is capable of delivering up to 200 amps of current at a voltage of 20 volts. It has remote control box with 6 meter control wires to control the power supply and fan cooling.

Product size: 40*35.5*13cm

Net weight: 26kg

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Specification
Faucet Type	Bathroom Sink Faucets,
Installation Type	Centerset,
Installation Holes	One Hole,
Number of Handles	Single Handle,
Finish	Ti-PVD,
Style	Country,
Flow Rate	1.5 GPM (5.7 L/min) max,
Valve Type	Ceramic Valve,
Cold and Hot Switch	Yes,
Dimensions
Overall Height	240 mm ( 9.5 " ),
Spout Height	155 mm ( 6.1 " ),
Spout Length	160 mm ( 6.3 " ),
Faucet center	Single Hole,
Material
Faucet Body Material	Brass,
Faucet Spout Material	Brass,
Faucet Handle Material	Brass,
Accessories Information
Valve included	Yes,
Drain included	No,
Weights
Net Weight (kg)	0.99,
Shipping Weight (kg)	1.17,

feature

Input Parameters

AC Input 220V Three Phase
Output Parameters

DC 0~20V 0~200A continuously adjustable
Output Power

4KW
Cooling Method

Forced air cooling
Control Mode

Remote control
Screen Display

Digital display
Multiple Protections

OVP, OCP, OTP, SCP protections
Tailored Design

Support OEM &OEM
Output Efficiency

≥90%
Load Regulation

≤±1% FS

Model & Data

Model number	Output ripple	Current display precision	Volt display precision	CC/CV Precision	Ramp-up and ramp-down	Over-shoot
GKD20-200CVC	VPP≤0.5%	≤10mA	≤10mV	≤10mA/10mV	0~99S	No

Product Applications

In etching processes, dc power supplies are essential for providing the controlled electrical energy needed to remove material from a substrate, creating patterns, structures, or features.

Etch

Etching is a critical step in various industries, including semiconductor manufacturing, microelectronics, MEMS (Micro-Electro-Mechanical Systems), and nanotechnology. These power supplies play a crucial role in achieving precise, controlled, and repeatable etching results.

DC power supplies are crucial for electrolysis experiments, where the electrolysis of water or other compounds is performed. By applying a specific voltage across the electrolyte solution, researchers can split water molecules into hydrogen and oxygen gases or perform other desired chemical reactions. DC power supplies allow precise control of the electrolysis process, including the rate of gas evolution.

Electrolysis Experiments
Potentiostat and galvanostat systems are commonly used in electrochemical research. These systems incorporate DC power supplies to provide the necessary voltage or current for various electrochemical measurements, such as cyclic voltammetry, chronoamperometry, and impedance spectroscopy. The DC power supplies enable precise control of the applied potential or current during these measurements.

Potentiostat/Galvanostat Systems
DC power supplies are utilized in testing and characterizing energy storage devices such as batteries, fuel cells, and supercapacitors. Researchers can use DC power supplies to simulate the charging and discharging conditions of these devices. By applying specific voltage profiles or current waveforms, they can evaluate the performance, efficiency, and cycling stability of energy storage systems.

Energy Storage Device Testing
DC power supplies are essential in corrosion studies to simulate and evaluate the corrosion behavior of materials. Researchers can apply a controlled voltage or current to study the corrosion rate, corrosion potential, and other electrochemical parameters. DC power supplies enable the precise control and monitoring of the corrosion process in different environments.

Corrosion Studies