Keithley 6220: Precision AC/DC Current Source for Low-Noise Applications

Keithley 6220 Precision AC and DC Current Source: Unparalleled Precision and Versatility

Elevate your current sourcing capabilities with the Keithley 6220 Precision AC and DC Current Source. This state-of-the-art instrument delivers exceptional accuracy, low noise, and wide dynamic range, empowering you to tackle demanding applications with confidence.

Product Specifications:

Output Range: 105 V, 100 mA
Output Power: 11 W
Frequency Range: 0.1 Hz to 1 MHz
Accuracy: ±0.05% of range
Noise: <100 nA RMS Features and Benefits:

Ultra-Low Noise: Minimize measurement uncertainty with industry-leading noise performance, ensuring precise and reliable results.
Wide Dynamic Range: Source currents from 100 nA to 100 mA, covering a vast range of applications.
High Output Voltage: Generate up to 105 V, enabling you to drive high-impedance loads with ease.
Versatile Output Modes: Choose from AC, DC, or pulsed modes to meet the specific requirements of your experiments.
Intuitive Interface: Navigate seamlessly through the user-friendly front panel or remote control options.
GPIB and USB Connectivity: Integrate the 6220 into your automated test systems for enhanced efficiency.

Enhanced Accuracy: Achieve unparalleled precision in your current sourcing applications, reducing measurement errors and improving data integrity.
Reduced Noise: Eliminate noise-induced distortions, ensuring clean and reliable signals for critical measurements.
Broad Application Range: Tackle a wide variety of applications, from semiconductor characterization to electrochemical analysis.
Simplified Operation: Streamline your workflow with the intuitive interface and versatile connectivity options.
Investment Protection: Invest in a durable and reliable instrument that will serve your research and development needs for years to come.

The Keithley 6220 Precision AC and DC Current Source is the ultimate solution for demanding current sourcing applications. Its exceptional performance, versatility, and ease of use empower you to push the boundaries of your research and achieve groundbreaking results.