The 6010-04 Series is a versatile 4-channel test system designed for simultaneous testing of chargers, adapters, and LED drivers. The modular design allows for easy customization, providing cost-effective solutions for product testing across various industries. Choose from four configurations: Basic, Standard, Value, and Complete versions to match your testing needs.
The 6010-02 Dual-channel Charger/Adapter/LED Driver Test System offers flexible and efficient testing for chargers, adapters, and LED drivers. With its modular design, the system is available in Basic, Standard, Value, and Complete versions, allowing users to select the configuration that best meets their testing requirements.
The 6010-2 Series Dual-Channel Charger, Adapter, and LED Driver Test System is a modular, versatile test solution designed for testing a wide range of power devices. With its flexible configuration, the 6010-2 allows users to select from Basic, Standard, Value, or Complete versions depending on their specific product testing needs. This system is ideal for multi-functional testing of chargers, adapters, and LED driver power sources, offering advanced customization options and support for various hardware expansions.
The 6010-1 is a versatile, highly customizable test system designed for Single Channel Charger, Adapter, and LED Driver testing. It offers a range of configurations (Basic, Standard, Value, Complete) to suit various testing needs, all built on a modular design for flexibility and cost-effectiveness. Below are the key features, configurations, and available test items for the system
The 6010 Charger/Quick Charger/Adapter/LED Driver Automatic Test Equipment (ATE) system is an advanced, modular solution designed to meet the diverse test requirements of modern power products, including chargers, adapters, and LED drivers. With the ability to conduct multi-Unit Under Test (UUT) evaluations simultaneously, the system significantly enhances throughput on production lines. This capability is especially beneficial for manufacturers aiming for efficiency without compromising the accuracy and comprehensiveness of test results.
The system integrates several models and functionalities to ensure flexibility and reliability in testing diverse product types. Its modular design allows for customization and expansion, making it an optimal choice for both high-volume production environments and specialized testing needs.
The Power Factor RLC Load 3282 is a versatile and highly customizable electronic load designed for testing AC and DC power systems, offering powerful control over reactive and real power. It simulates inductive and capacitive loads with precision, making it ideal for testing inverters, uninterruptible power supplies (UPS), and various household and industrial electrical equipment such as electric fans, refrigerators, and air conditioners. This model provides comprehensive power factor testing capabilities for different devices and system simulations.
The 3270 Series AC & DC Electronic Load by Prodigit Electronics Co., Ltd. is a versatile and powerful system designed for testing AC and DC power supplies, including UPS systems, batteries, inverters, and power conditioners. The series is built to accommodate a wide range of power, current, and voltage configurations, making it ideal for diverse testing environments. With advanced features such as Turbo Mode for increased power handling, and the ability to perform complex testing such as UPS efficiency and battery discharge, the 3270 Series stands out for its comprehensive performance and precision.
The 1900B Series includes high-performance laboratory grade switching mode DC power supplies designed for high current output in a compact and lightweight package. With various configurations available, these models facilitate fast and precise setting of voltage and current levels, making them ideal for a wide range of applications, including production testing, telecommunications, research and development, service, and university labs.
The Model 1550 is a compact and versatile switching DC bench power supply that delivers an output range of 1-36 volts and a maximum current of 3 amperes from its main isolated output. With a total power output of 108 watts, this power supply is designed for efficiency and convenience in laboratory, workshop, and educational settings where space is limited.
The 9110 and 9111 models introduce a new level of versatility for power supplies by offering dynamic recalculation of voltage and current limits based on the selected settings. Unlike traditional fixed-output supplies, these models provide any Volt/Amp combination within their rated power, allowing for more flexible configurations and reducing the need for multiple power supplies on your bench. This not only enhances productivity but also frees up valuable workspace.
The 9103 and 9104 models are highly versatile multi-range power supplies designed to replace several conventional supplies on your bench by offering extended operating areas. These power supplies automatically adjust their voltage and current limits based on the settings, delivering a maximum output power of 320 watts across a wide range of configurations. This makes them an ideal solution for both development and testing environments where flexibility is key.
The 9129B is an economical, triple-output linear programmable DC power supply that offers flexibility and precision for various applications. Its isolated outputs can be adjusted independently or combined in series or parallel for higher voltage or current, making it highly versatile. Additionally, the 9129B supports a tracking mode that allows for user-configurable ratios between channels.
With its user-friendly front panel, featuring keys and a rotary knob, users can quickly set voltage and current values. The device also allows for saving and recalling up to 27 different instrument settings, providing added convenience during repetitive testing procedures. The power-on state of the outputs can be configured to meet specific requirements.
