Switching DC Power Supply Low Ripple Programmable DC Power Supply 35V 100A Laboratory R&D

Product Description:

Xingtongli has developed a stable variable-switching DC power supply with minimal noise and ripple. Our switching power supply is widely used in research and laboratory environments due to its outstanding noise performance. The PWM process enables the switching power supplies to be built with very high power efficiency and small form factor.

Product size: 46.5*35.5*15cm

Net weight: 17.5kg

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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 480v±10% 3 Phase
Output Parameters

DC 0~50V 0~5000A continuously adjustable
Output Power

250KW
Cooling Method

forced air cooling / water cooling
PLC Analog

0-10V/ 4-20mA/ 0-5V
Interface

RS485/ RS232
Control Mode

remote control design
Screen Display

digital display
Multiple Protections

lack phase over-heating over-voltage over-current short circuit
Control Way

PLC/ Microcontroller

Model & Data

Model number	Output ripple	Current display precision	Volt display precision	CC/CV Precision	Ramp-up and ramp-down	Over-shoot
GKD35-100CVC	VPP≤0.5%	≤10mA	≤10mV	≤10mA/10mV	0~99S	No

Product Applications

This dc power supply is mainly used in university laboratories.

University Laboratory

DC power supplies are essential for powering and testing electronic circuits designed by students. They provide a reliable source of power to prototype and experiment with different circuit configurations.

Student Projects

Students working on individual or group projects across various disciplines may require DC power supplies for their specific applications, ranging from robotics to control systems.

Communication Systems

DC power supplies are utilized in labs that explore communication systems. They can power devices such as signal generators, amplifiers, and receivers used in communication experiments.

Material Science Experiments

Researchers in material science labs use DC power supplies for electroplating, electrolysis, and other processes that involve the application of controlled electrical currents to materials.

Power System Studies

In power systems and energy-related labs, DC power supplies may be used for experiments related to power distribution, renewable energy systems, and energy storage.