ITECH Launches IT-N6300 Series: High-Performance 3-Channel DC Power Supply for Precision Testing

2025-04-03 17:00:11 1382

The effectiveness of test equipment has emerged as a critical determinant of product quality and R&D efficiency in today's quickly evolving technological environment. In order to satisfy the demands of multi-channel testing, ITECH is pleased to introduce the new IT-N6300 series of three-channel programmable DC power supply. There are high-performance and low-cost models in the series. The IT-N6300 helps to increase work efficiency and test accuracy by offering a precise and effective solution between basic tests and high-precision measurements, whether in research, teaching, or production.

Figure. 1

Small Size, Versatile Output

With its small, standard ½ 2U chassis and multiple output modes (independent, series, parallel, synchronous, and bipolar), the IT-N6300 significantly improves testing flexibility and adaptability and can easily handle demanding testing requirements. The IT-N6300 utilizes a wide-range output design for each of its three channels, ensuring that each channel may be flexibly adapted to varied test circumstances, which greatly enhances test efficiency. This is in contrast to many competitors in the market that have fixed parameter ranges.

Figure. 2

Humanized Design and Intelligent Control

With its user-friendly graphical interface and 4.3-inch high-definition LCD display, the IT-N6300 improves operational convenience by enabling engineers to view waveforms, modify channel parameters, and instantly switch between the Chinese and English interfaces. The LIST sequence modification feature, which the IT-N6300 also provides, enables customers to alter the test sequence to suit their requirements and track the output curve in real time to guarantee the precision and dependability of every test result.

Figure. 3

Outstanding Performance for a Variety of Uses

Apart from the aforementioned attributes, the IT-N6300 series exhibits exceptional performance. Its low noise and ripple create a clean power supply environment to guarantee the dependability of test results, and its high resolution of up to 1mV/0.1mA guarantees the accuracy of test data. Simultaneously, the IT-N6300 can readily handle dynamic testing requirements due to its quick response capacity. The IT-N6300 is flexible enough to accommodate a wide range of testing requirements in R&D labs, manufacturing lines, and educational institutions, promoting innovation and corporate growth.

Figure. 4

ITECH's IT-N6300 series will be the industry standard for high-performance testing due to its exceptional performance, adaptable features, and consistent quality. Because of the IT-N6300 series' accurate and reliable support, which offers robust protection for product development and production, engineers and researchers will be able to increase their productivity and spur technological innovation. In order to assist its clients in controlling the intense market rivalry and maintaining their position at the forefront of the industry, ITECH will remain dedicated to innovation and technological leadership.

Tags:#Programmable DC Power Supply#Test Equipment & Measurement#R&D and Manufacturing Solutions

Share

Related News more>

MT29F2G08ABAEAH4-IT:E Memory: Features, Applications and Datasheet
MT29F2G08ABAEAH4-IT:E Description The MT29F2G08ABAEAH4-IT:E is a 2Gb (256MB) SLC NAND Flash memory device from Micron, designed for non-volatile data storage in embedded and industrial applications. It uses a x8 I/O interface, operates from a 3.3V power supply, and delivers high endurance and fast page program/erase performance. Its industrial temperature rating (–40°C to +85°C) ensures reliable operation in harsh environments such as automotive systems, networking equipment, and industrial co....
Digital Power Modules: The Ideal Choice for FPGA Power Supply Design
In modern electronic systems, field-programmable gate arrays (FPGAs) are widely adopted across diverse product domains due to their numerous advantages, including short development cycles, cost-effectiveness, and flexible field reconfiguration and upgrades. From communication equipment to industrial control, automotive electronics to aerospace, FPGAs are ubiquitous. To fully leverage the high performance of FPGAs, their power supply design is critical, and digital power modules are increasingly becoming the....
STMicroelectronics Announces 20-Year Sustained Availability for Popular Automotive Microcontrollers
China, September 12, 2025—STMicroelectronics has extended the long-term availability program for its widely used SPC58 automotive microcontrollers (MCUs) from 15 to 20 years, ensuring supply of both general-purpose and high-performance product lines through at least 2038. Within the general-purpose series, the SPC58 H-series featuring up to 10MB of non-volatile memory (NVM) for code and data storage will now be supported through at least 2041. Figure. 1 Luca Rodeschini, Group Vice President and Gener....
AD1674JNZ ADC: Features, Applications and Datasheet
AD1674JNZ Description The AD1674JNZ is a high-speed, monolithic 12-bit successive approximation register (SAR) analog-to-digital converter (ADC) designed for precision conversion in data acquisition systems. It integrates a complete ADC architecture, including a DAC, comparator, and successive approximation logic, eliminating the need for extensive external circuitry. With a conversion time of approximately 10 µs and no missing codes, it is well-suited for applications requiring reliable medium-to-hig....