Keithley 2306-LAN Battery Simulating, DC Power Supply, Dual Output, 2x 15 V / 5 A, LAN, 2300 Series

Keithley 2306-LAN Battery Simulating, DC Power Supply

Unleash Precision and Versatility in Battery Testing

The Keithley 2306-LAN is a dual-output DC power supply designed to meet the demanding requirements of battery simulation and testing. With its advanced capabilities and intuitive interface, it empowers engineers and researchers to conduct precise and efficient battery characterization.

Product Specifications:

Dual outputs: 2x 15 V / 5 A
Output voltage range: 0 to 15 V
Output current range: 0 to 5 A
LAN connectivity for remote control and data logging
USB and GPIB interfaces for flexible communication

Battery Simulation: Emulate real-world battery behavior, including voltage sags, transients, and load profiles.
High Precision: Deliver accurate and stable voltage and current outputs with low noise and ripple.
Fast Transient Response: Respond quickly to load changes, ensuring accurate battery characterization.
LAN Connectivity: Enable remote control, data logging, and monitoring from anywhere on the network.
Intuitive Interface: Simplify operation with a user-friendly front panel and intuitive software.

Value to the Customer:

The Keithley 2306-LAN offers exceptional value by:

Accelerating Battery Development: Enable faster and more accurate battery characterization, reducing time-to-market.
Improving Battery Performance: Optimize battery design and performance by simulating real-world conditions.
Ensuring Battery Safety: Test batteries under extreme conditions to ensure reliability and safety.
Enhancing Research Capabilities: Provide a versatile tool for battery research and development.

Conclusion:

The Keithley 2306-LAN Battery Simulating, DC Power Supply is an indispensable tool for engineers and researchers involved in battery testing and development. Its advanced capabilities, precision, and versatility empower users to conduct comprehensive and efficient battery characterization, leading to improved battery performance and accelerated innovation.