
( Brand: Advanced Photonix ), ( Manufacturer Part Number: 41-11-261 ), ( Model: SD 444 41-11-261 LOT 392 ), ( Type: Silicon Detector )
The Advanced Photonix 41-11-261 Silicon Detector SD-386-22-21-251 is a high-performance photodetector designed for use in various scientific applications, particularly in the field of spectroscopy and photon counting. This detector is based on a silicon photodiode with an active area of 3.86 mm x 22 mm x 0.25 mm, and it comes with a built-in preamplifier for enhanced sensitivity and low noise.
The detector's active area is coated with a thin layer of reversed-biased p-n junction, which functions as a photodiodes. When photons strike the detector, they generate electrons, which are then collected by the internal preamplifier. This process results in an electrical signal that can be measured and analyzed.
The SD-386-22-21-251 detector has a high quantum efficiency, which means it can convert a large percentage of incident photons into electrical signals. Its spectral response ranges from the ultraviolet to the near-infrared region, with a peak sensitivity around 550 nm. The detector also features a low dark current, which is essential for applications where the detection of low-level signals is crucial.
The detector's housing is made of metal and is designed to provide excellent thermal stability, ensuring consistent performance even in varying temperature environments. The detector also comes with a built-in thermal heater, which can be used to maintain a stable temperature for optimal performance.
The SD-386-22-21-251 detector is designed for easy integration into various experimental setups. It comes with a built-in output amplifier with adjustable gain, allowing users to customize the detector's sensitivity to their specific application. The detector also supports various output options, including current, voltage, and photon counting.
In summary, the Advanced Photonix 41-11-261 Silicon Detector SD-386-22-21-251 is a versatile and high-performance detector suitable for a wide range of spectroscopic applications. Its large active area, high quantum efficiency, low dark current, and adjustable gain make it an excellent choice for researchers and scientists seeking to detect and analyze photons with high sensitivity and precision.
The Advanced Photonix 41-11-261 Silicon Detector SD-386-22-21-251 is a high-performance photodetector designed for various applications, particularly in the field of spectroscopy and photovoltaics. In this analysis, we will discuss the key features, advantages, and disadvantages of this detector to help potential buyers make an informed decision.
Features:1. High sensitivity: The SD-386-22-21-251 detector offers a high sensitivity of up to 10 A/W, making it suitable for applications that require low-light detection.
2. Wide dynamic range: With a dynamic range of up to 108 dB, this detector can handle a wide range of input signals, ensuring accurate measurements in various conditions.
3. Fast response time: The detector has a response time of approximately 15 nanoseconds, allowing for quick and efficient signal processing.
4. Low noise: The SD-386-22-21-251 detector features a low noise equivalent power (NEP) of approximately 8 pW/ Hz, ensuring high-precision measurements.
Advantages:1. Versatility: This detector is suitable for a wide range of applications, including spectroscopy, photovoltaics, and scientific research. Its high sensitivity and fast response time make it an excellent choice for low-light detection and high-speed measurements.
2. Reliability: Advanced Photonix is known for its high-quality and reliable photodetectors. The SD-386-22-21-251 detector is no exception, offering stable performance and long-term durability.
3. Customizable: The detector can be configured to meet specific application requirements, such as adjusting the gain and bias settings.
Disadvantages:1. Cost: The Advanced Photonix SD-386-22-21-251 detector is a high-performance and high-cost solution. Its price point may be a barrier for some potential buyers.
2. Complex setup: The detector may require a more complex setup process compared to other, less advanced options. This could include additional hardware and software requirements.
Conclusion:The Advanced Photonix 41-11-261 Silicon Detector SD-386-22-21-251 is a high-performance, versatile, and reliable photodetector suitable for various applications, particularly those requiring low-light detection and high-speed measurements. Its advantages include its wide dynamic range, fast response time, and customizable settings. However, its high cost and complex setup process may be disadvantages for some buyers.
Recommendation:If you require a high-performance photodetector for applications involving low-light detection and quick signal processing, the Advanced Photonix 41-11-261 Silicon Detector SD-386-22-21-251 is an excellent choice. Its reliable performance and customizable settings make it a worthwhile investment for research laboratories, industrial applications, and other specialized fields. However, if cost is a significant concern, you may want to consider other, less expensive alternatives. Always ensure that the detector meets your specific application requirements before making a purchase.
With its robust construction and reliable performance, this model SD 444 41-11-261, lot 392, is a testament to the quality synonymous with brand. A top-tier silicon detector designed for various applications. Ideal for those in need of a durable and accurate sensor, this silicon detector boasts sleek design while ensuring optimal functionality. Whether for research or commercial use, this product stands as a leader in its class, delivering consistent results that exceed expectations.