A programmable DC power supply is a process in which instructions are compiled and fed into a machine in a sequence of operations so that the machine runs automatically according to the instructions. What is a programmable DC power supply used for? Programmable DC power supply or power supply. As for programme control, this means that the output of the power supply can be programmed and controlled. Programmable DC power supplies can generate stable high-power industrial frequency voltage and current signals with adjustable range, frequency and phase angle. It is mainly used for testing and verification of current, voltage, phase, frequency and power meters; it can also be used to verify the basic error, creep and sensitivity of standard power energy meters.
In order to obtain a higher DC voltage, high-power programmable DC power supplies often use DC power supplies in series. At this point, the total potential is the sum of the potentials of each power supply, and the total internal resistance is also the sum of the resistances of each power supply. Due to the increase in internal resistance, high power programmable DC power supplies can usually only be used in circuits where the required current intensity is small. In order to obtain a higher current intensity, DC power supplies of equal potential can be used in parallel. At this point, the total potential is that of a single power supply, and the total internal resistance is the parallel value of the resistance of each power supply.
In order to obtain a higher DC voltage, high-power programmable DC power supplies often use DC power supplies in series. At this point, the total potential is the sum of the potentials of each power supply, and the total internal resistance is also the sum of the resistances of each power supply. Due to the increase in internal resistance, high power programmable DC power supplies can usually only be used in circuits where the required current intensity is small. In order to obtain a higher current intensity, DC power supplies of equal potential can be used in parallel. At this point, the total potential is that of a single power supply, and the total internal resistance is the parallel value of the resistance of each power supply.
1, HY-LV123 series new energy vehicle high-voltage ripple test power supply has high reliability and stability and conversion efficiency, has obvious advantages in product stability and reliability. 2, the power supply should have a high output accuracy, HY-LV123 series of new energy vehicle high-voltage ripple test power supply maximum voltage accuracy of 0.05% +30mV, can easily meet the accuracy of the test system to be
Xuan'an Technology-8010HP has been honored with the national-level "Product Technology Progress Gold Award."
Xuan'an Technology has been focusing on the main channel of the power supply field for many years, scientifically planning the market layout, digging deep into the high-quality resources to build a diversified electronic power product line, and has now grown into a collection of R & D, production, sales as a whole, and can provide technical support for enterprises, product customisation, door-to-door maintenance of the electronic power of the leading enterprises.
Xuan'an Technology has built a diversified electronic power product line and has grown into a leading enterprise in the electronic power industry that integrates research and development, production, and sales. The company provides comprehensive services, including technical support, product customization, and on-site maintenance. With a focus on technological innovation and continuous improvement of service quality, Xuan'an Technology holds three software copyrights, over 20 patents (including one invention patent), and three trademark rights. The company has received several prestigious awards, including the "2018 World Summit on Intelligent Mobile Terminal Industry Outstanding Award for Technological Progress," the "2022 Guangzhou Taiwan Expo Electromechanical Exhibition Gold Award for Technological Progress," and the "2023 World Summit on Intelligent Mobile Terminal Industry Gold Award for Technological Progress," among others.
A programmable DC power supply is a process in which instructions are compiled and fed into a machine in a sequence of operations so that the machine runs automatically according to the instructions. What is a programmable DC power supply used for? Programmable DC power supply or power supply. As for programme control, this means that the output of the power supply can be programmed and controlled. Programmable DC power supplies can generate stable high-power industrial frequency voltage and current signals with adjustable range, frequency and phase angle. It is mainly used for testing and verification of current, voltage, phase, frequency and power meters; it can also be used to verify the basic error, creep and sensitivity of standard power energy meters.
Xuan'an Technology, as a leading instrumentation manufacturer in China, responded positively to the exhibition's purpose of "high level, specialisation and industrialisation", and made a high-performance appearance at the exhibition with a special string for semiconductor equipment, discussing the new trends of the industry with exhibitors and visitors.
In order to obtain a higher DC voltage, high-power programmable DC power supplies often use DC power supplies in series. At this point, the total potential is the sum of the potentials of each power supply, and the total internal resistance is also the sum of the resistances of each power supply. Due to the increase in internal resistance, high power programmable DC power supplies can usually only be used in circuits where the required current intensity is small. In order to obtain a higher current intensity, DC power supplies of equal potential can be used in parallel. At this point, the total potential is that of a single power supply, and the total internal resistance is the parallel value of the resistance of each power supply.
In order to obtain a higher DC voltage, high-power programmable DC power supplies often use DC power supplies in series. At this point, the total potential is the sum of the potentials of each power supply, and the total internal resistance is also the sum of the resistances of each power supply. Due to the increase in internal resistance, high power programmable DC power supplies can usually only be used in circuits where the required current intensity is small. In order to obtain a higher current intensity, DC power supplies of equal potential can be used in parallel. At this point, the total potential is that of a single power supply, and the total internal resistance is the parallel value of the resistance of each power supply.
1, HY-LV123 series new energy vehicle high-voltage ripple test power supply has high reliability and stability and conversion efficiency, has obvious advantages in product stability and reliability. 2, the power supply should have a high output accuracy, HY-LV123 series of new energy vehicle high-voltage ripple test power supply maximum voltage accuracy of 0.05% +30mV, can easily meet the accuracy of the test system to be
IGBT has three terminals: C (Collector), G (Gate), and E (Emitter). Typically, a voltage in the range of -15V to +15V is applied between G and E to drive the IGBT, controlling its conduction or non-conduction by alternating positive and negative voltages.
electric motors, and controllers. New energy vehicles exhibit characteristics such as bidirectional working modes, power supply from the power battery, and high power demand. Therefore, the testing methods for electric motors and controllers differ significantly from those of conventional motors.
The PC Series is suitable for a variety of applications, including product aging maintenance, battery charging, experimental testing, production testing, and electrolytic plating, among other industries.
This product series is a three-channel output programmable DC power supply integrated with three power modules. Each channel can be freely configured with power modules, offering a total of 11 module groups, including 15V2A, 15V5A, 30V5A, 30V10A, 60V5A, 100V3A, and others. There are a total of 1331 configuration options to choose from, providing a maximum output power of up to 900W, catering to a wide range of usage scenarios.