Last Chance Large Area Fast Amplified Si Photodiode Now 95% Cheaper [DdSIpyro]

Last Chance Large Area Fast Amplified Si Photodiode Now 95% Cheaper [DdSIpyro]

Introducing our Last Chance Large Area Fast Amplified Si Photodiode Now 95% Cheaper [DdSIpyro], a cutting-edge photodetector designed for precision and efficiency. This advanced device combines the latest in photodiode technology with a sophisticated amplification system, making it ideal for a wide range of applications. With its large-area sensor (7 mm²) and fast response, this photodiode delivers exceptional performance in both speed and sensitivity.

Key Product Features

The Last Chance Large Area Fast Amplified Si Photodiode Now 95% Cheaper [DdSIpyro] boasts several key features that set it apart from traditional photodetectors. Firstly, it features a low-noise JFET isolator, which effectively separates the photodiode capacitance from the fast op amp, enabling a high-speed response typically found only in smaller detectors. This unique design allows for a transimpedance amplifier with a bandwidth of up to 140 MHz. Additionally, the integrated high slew-rate line driver provides up to 9 Vpp into a 50 Ω load, ensuring robust and reliable performance.

• Large-area sensor for increased sensitivity
• Fast response and high bandwidth
• Low noise JFET isolator for enhanced performance

Practical Applications and Benefits

The Last Chance Large Area Fast Amplified Si Photodiode Now 95% Cheaper [DdSIpyro] is a versatile tool that can be used in various industries and applications. Its fast response and high sensitivity make it perfect for scientific research, optical communication, and medical imaging. The compact design, with a standard lens tube and 1.035"-40 threads, allows for easy integration into existing systems. With an ultra-low noise voltage regulator and the ability to be powered directly from a ±12V lab bench supply or a commercially available power brick, this photodiode offers unparalleled convenience and flexibility.

• Optimized for scientific research and optical communication
• Easy integration into various systems
• Flexible power options for convenience