Enhance your precision current measurement and low-noise amplification projects with the TLC2201 Low Bias Current Amplifier Module. Designed to operate efficiently with a ±5V typical power supply at ±5 mA, this module incorporates advanced features to minimize leakage and suppress noise, ensuring highly accurate and stable performance in sensitive electronic applications. Key Features: · **Low Bias Current Amplifier with Guard Ring Technology:** Utilizes a guard ring technique to significantly reduce leakage currents, improving signal integrity and measurement accuracy. · **Multi-Range Bandwidth Limiting:** Equipped with a 4-position toggle switch to select from four bandwidth settings, effectively limiting bandwidth to suppress noise impact on small current signals. · **Enhanced Noise Suppression:** Features an increased shielding shell to minimize interference from external noise sources, crucial for reliable small current measurements. · **Flexible Input Current Division:** The internal input current is divided through the toggle switch, allowing adaptation for various current applications and improved versatility. · **Low Noise Operation Requirement:** To maintain signal fidelity when handling small currents, a low noise power supply is recommended, preventing power supply noise from affecting input signals. · **High-Performance Chip:** The TLC2201 chip is rigorously tested for noise performance, offering a maximum noise density of 30 nV/√Hz at 10 Hz and 12 nV/√Hz at 1 kHz, with a rail-to-rail output swing for optimum output range. Specifications: · Model: TLC2201 · Power Supply: ±5V typical at ±5 mA · Noise Level: 30 nV/√Hz max at 10 Hz, 12 nV/√Hz max at 1 kHz · Output: Rail-to-Rail Swing · Input Current Range: Adjustable via 4-position toggle switch Package Includes: · 1 x TLC2201 Low Bias Current Amplifier Module This TLC2201 module is an ideal solution for applications requiring ultra-low bias current with minimized noise interference, such as precision instrumentation, sensor signal conditioning, and small current measurements. Its advanced design and shielding make it a reliable choice for professionals seeking accurate and stable low-current amplification.