Used SHIMADZU EI-1001K #9396644 for sale

SHIMADZU EI-1001K
Manufacturer
SHIMADZU
Model
EI-1001K
ID: 9396644
Turbopump controllers.
SHIMADZU EI-1001K is an ultra-compact and lightweight regulated power supply designed for reliable and efficient operation. This power supply features dual output voltage ranges with an adjustable output voltage of 0-30 V and current of 0-1.5 A. It is a high-efficiency and reliable power supply to support a variety of applications such as device testing, prototyping, and research and development in the vast array of electronic devices and circuits. This power supply is designed to deliver high quality, stable, and reliable performance. EI-1001K is equipped with a temperature-compensated voltage regulation technology and a low current ripple and noise, optimized for use with more sensitive applications. The voltage and current display resolution is 0.1 V, 0.001 A for easy control and monitoring of the output. Furthermore, this power supply features coarse, fine and continous voltage and current adjustment functions, enabling precision and repeatable settings. The temperature-controlled fan provides an efficient cooling system while minimizing power consumption. There is an overcurrent protection (OCP) circuit to protect the load from excessive current. Also, the power supply offers protection from overload, and short-circuit conditions as well. This product also provides reverse-polarity protection to prevent any damage caused by incorrect wiring. SHIMADZU EI-1001K can be controlled remotely either directly or through external signals for various applications. Its selectable remote sensing inputs provide good voltage precision and excellent current stability. The RS232/USB communication interface allows for convenient connectability with computers for testing and monitoring the power supply. EI-1001K is a reliable and efficient regulated power supply that can meet a variety of requirements. With its many features and benefits, it is a great choice for reliable and stable power delivery in a variety of electronic device and circuit applications.
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