The PA200 Si PIN detector represents a cutting-edge solution in the field of silicon-based photodetection, engineered by Nuchip Photoelectric Technology Shan Dong Co., Ltd. to meet the rigorous demands of modern precision measurement and sensing systems. This photodiode device is built on a P-intrinsic-N (PIN) structure, which provides superior sensitivity, fast response times, and low noise characteristics compared to conventional PN junction photodiodes. The PA200 is specifically designed for applications that require accurate light detection across a wide spectrum, ranging from visible to near-infrared wavelengths. Its robust construction ensures stable performance even under challenging environmental conditions, making it a preferred choice for both industrial and scientific users. As a core component in radiation detection and optical sensing systems, the PA200 Si PIN detector exemplifies the technological advancements that Nuchip Photoelectric Technology brings to the global market. This device is a testament to the company's mission of breaking foreign monopolies in high-performance silicon detectors through domestic innovation and rigorous manufacturing standards. By choosing the PA200, businesses gain access to a reliable and cost-effective solution that does not compromise on quality or precision.

The PA200 Si PIN detector is manufactured using state-of-the-art wafer fabrication techniques that ensure consistent electrical and optical performance across every unit. Nuchip Photoelectric Technology leverages its deep expertise in chip design and photoelectric sensor development to produce a detector that excels in both laboratory and field environments. The intrinsic layer within the PIN structure creates a wider depletion region, which enhances the detector's ability to capture photons efficiently and convert them into measurable electrical signals. This design also minimizes dark current, a critical factor for applications that demand high signal-to-noise ratios. Engineers and system integrators will appreciate the PA200's compatibility with standard readout electronics, which simplifies the integration process into existing optical systems. The device is available in various packaging options to accommodate different mounting and environmental requirements, further demonstrating the flexibility and user-centric approach of Nuchip's product design. For professionals seeking a dependable photodiode that balances performance with affordability, the PA200 stands out as a compelling option in today's competitive sensor market.

The PA200 Si PIN detector offers a comprehensive set of features that directly translate into tangible benefits for end users across multiple industries. One of the most notable advantages is its exceptionally low dark current, typically in the picoampere range, which allows for accurate measurements even in low-light conditions where noise could otherwise compromise data integrity. This low noise floor is complemented by a fast rise time, enabling the PA200 to capture rapid optical events with high fidelity, making it suitable for pulsed laser detection and high-speed communication systems. The device also exhibits a broad spectral response range, covering wavelengths from approximately 400 nm to 1100 nm, which ensures versatility across different light sources and application scenarios. Another key benefit is the detector’s excellent linearity over a wide dynamic range, providing consistent output proportional to incident light intensity without saturation or distortion. Additionally, the PA200 features high shunt resistance, which further reduces leakage currents and enhances overall stability during prolonged operation. These combined characteristics make the PA200 a highly efficient and reliable component for precision optical measurements.

Beyond its technical specifications, the PA200 delivers practical benefits that directly impact system performance and operational costs. Its robust packaging ensures resistance to mechanical stress, humidity, and temperature fluctuations, extending the device’s lifespan and reducing the frequency of replacements. The detector’s compact form factor allows for easy integration into space-constrained assemblies, such as handheld analyzers, portable spectrometers, and miniaturized medical devices. Furthermore, the PA200 requires minimal external circuitry for signal conditioning, which lowers the overall bill of materials and simplifies board design. For businesses looking to scale production, the consistent performance of the PA200 across batches eliminates the need for extensive recalibration, saving both time and resources. The device also benefits from Nuchip Photoelectric Technology’s rigorous quality control processes, which ensure that each unit meets strict electrical and optical specifications before shipment. End users can therefore rely on the PA200 to deliver repeatable and accurate results in mission-critical applications, from environmental monitoring to industrial automation. The combination of these features and benefits positions the PA200 as a smart investment for any organization seeking high-performance photodetection without excessive cost.

The PA200 Si PIN detector is characterized by a set of well-defined performance parameters that enable engineers to predict its behavior in various operating conditions with confidence. The device typically achieves a dark current of less than 1 nA at a reverse bias of 20 V, which is exceptionally low for a silicon PIN photodiode of its active area. Its rise time is rated at approximately 10 nanoseconds, allowing the detector to respond to fast optical pulses with minimal lag, a critical attribute for time-resolved spectroscopy and LIDAR systems. The spectral responsivity of the PA200 peaks around 900 nm, with a typical value of 0.6 A/W, ensuring efficient conversion of near-infrared light into electrical current. The device also boasts a shatter resistance greater than 100 MΩ, which contributes to its low noise performance and stable baseline during long-duration measurements. The active area of the PA200 is optimized to balance sensitivity with capacitance, resulting in a total capacitance of roughly 10 pF at 20 V reverse bias, which supports high-speed operation without sacrificing signal strength. These specifications are verified through comprehensive testing at Nuchip’s manufacturing facility, and each unit is accompanied by a data sheet detailing its measured performance.

In addition to the core electrical and optical parameters, the PA200 exhibits excellent thermal stability, with minimal drift in dark current and responsivity across a temperature range of −40 °C to +85 °C. This makes the detector suitable for deployment in environments where temperature variations are unavoidable, such as outdoor monitoring stations or industrial process lines. The device also features a high breakdown voltage, typically exceeding 100 V, which provides a generous operating margin and protects against accidental overvoltage conditions. The linear dynamic range of the PA200 extends over several decades of incident power, from nanowatts to milliwatts, allowing it to function effectively in both low‑light and high‑light scenarios without additional attenuation. The noise equivalent power (NEP) is on the order of 10⁻¹⁴ W/√Hz, placing the PA200 among the most sensitive silicon photodiodes available for its class. These performance metrics ensure that the detector can meet the demanding requirements of applications such as X‑ray fluorescence (XRF) analysis, medical imaging, and nuclear physics experiments. For system designers, the availability of detailed SPICE models for the PA200 facilitates accurate simulation of circuit behavior, reducing development time and risk. The combination of low noise, high speed, and broad spectral coverage makes the PA200 a versatile building block for advanced optical systems.

One of the most compelling reasons to choose the PA200 Si PIN detector over competing products is its exceptional balance of price, quality, and reliability, a combination that is rare in the high‑performance photodiode market. Nuchip Photoelectric Technology Shan Dong Co., Ltd. has invested heavily in vertical integration, from chip design to wafer fabrication and final packaging, which allows the company to control costs without sacrificing performance. This integrated supply chain eliminates middle‑party markups and enables competitive pricing that makes the PA200 accessible to a wider range of businesses, including small and medium‑sized enterprises. Despite its lower cost, the PA200 does not cut corners on quality; each device undergoes stringent electrical, optical, and environmental testing to ensure it meets the same standards as premium brands. The use of high‑purity silicon and advanced passivation techniques further enhances the reliability of the detector, reducing the risk of early failure in the field. For procurement managers and engineers, this means they can achieve high‑performance photodetection without exceeding their budget constraints, a critical advantage in today’s cost‑sensitive manufacturing environment.

Reliability is further reinforced by Nuchip’s commitment to industry-leading manufacturing practices and continuous improvement protocols. The PA200 is designed with a robust passivation layer that protects against moisture and ionic contamination, two common causes of long-term degradation in silicon photodiodes. Accelerated life-testing data indicates that the PA200 maintains more than 90 percent of its initial responsivity after 1000 hours of continuous operation at elevated temperatures, demonstrating excellent endurance. The company also maintains a low defect rate through statistical process control and automated optical inspection during production. For customers who require traceability, each batch of PA200 detectors is serialized and documented, allowing for complete quality assurance throughout the product lifecycle. This level of transparency and rigor builds trust with clients in sectors such as aerospace, healthcare, and defense, where component failure is not an option. By choosing the PA200, businesses align themselves with a manufacturer that prioritizes long-term partnership and product excellence, as reflected in the company’sABOUT US page, which details its leadership team and dedication to advancing the domestic semiconductor industry. The PA200 therefore represents not just a component purchase, but a strategic decision to invest in reliable, high-value technology.

Nuchip Photoelectric Technology Shan Dong Co., Ltd. understands that exceptional after-sales service is as important as the quality of the product itself, which is why the PA200 Si PIN detector is backed by a comprehensive support infrastructure designed to maximize customer satisfaction. Every purchase of the PA200 includes access to detailed technical documentation, including datasheets, application notes, and reference designs that help engineers integrate the detector quickly and correctly. The company's technical support team is staffed by experienced application engineers who can assist with questions about circuit design, optical alignment, and troubleshooting via phone, email, or online chat. For customers who require deeper assistance, Nuchip offers on-site support and training sessions, either at the client's facility or at the company's headquarters, ensuring that users can fully leverage the capabilities of the PA200. This commitment to customer success is a core part of Nuchip's business philosophy and is consistently highlighted in customer feedback and case studies.

In addition to technical support, the company provides a robust warranty and return policy that covers manufacturing defects and performance deviations for a specified period from the date of purchase. Replacement units are shipped promptly to minimize downtime, and the company maintains a buffer stock of popular configurations to expedite emergency orders. Nuchip also offers calibration services and performance verification testing for customers who need certified measurements for regulatory compliance or quality assurance purposes. The company’s dedication to continuous improvement means that customer feedback directly influences future revisions of the PA200, ensuring the product evolves to meet emerging market needs. For any inquiries regarding orders, custom configurations, or technical challenges, customers can reach the support team through theCONTACT US page, which provides direct contact details and a convenient inquiry form. This holistic after-sales approach reduces the total cost of ownership for the PA200 and gives businesses the confidence to deploy the detector in critical applications. Ultimately, Nuchip's support ecosystem ensures that the PA200 delivers consistent value long after the initial sale.

The PA200 Si PIN detector finds extensive use in a diverse range of application areas, owing to its versatile performance characteristics and robust design. One of the primary domains is scientific instrumentation, where the detector is employed in spectrometers, fluorometers, and other analytical equipment that require high sensitivity and low noise for accurate measurements. In the field of medical imaging, the PA200 contributes to devices such as handheld X-ray fluorescence analyzers and optical coherence tomography systems, where precise light detection is crucial for diagnostic accuracy. The detector is also widely adopted in industrial automation and sensing, including laser alignment systems, barcode readers, and optical encoders, where its fast response time enhances throughput and reliability. Environmental monitoring stations use the PA200 for measuring light intensity in solar radiation studies and for detecting specific wavelengths in water quality analysis. The device's compatibility with near-infrared wavelengths also makes it suitable for sorting and inspection systems in agriculture and food processing, where spectral analysis helps identify product quality. As detailed on theAbout-1 page, Nuchip's products support cutting-edge fields including aerospace, life science, robot vision, and autonomous driving, demonstrating the breadth of the PA200's applicability.

Beyond these traditional areas, the PA200 is increasingly being integrated into emerging technologies such as LIDAR for autonomous vehicles, where its high-speed detection and low noise are essential for accurate distance measurement and object recognition. In nuclear physics and radiation detection, the PA200 serves as a reliable sensor for identifying and measuring ionizing radiation in research labs and security screening systems. The device's excellent linearity and wide dynamic range also make it a preferred choice for optical communication receivers, where data integrity depends on faithful signal reproduction. For each of these applications, Nuchip Photoelectric Technology offers application-specific variants and packaging options to optimize the PA200 for the intended environment, such as hermetic sealing for harsh industrial settings or compact surface-mount packages for portable devices. The company's sales and engineering teams work closely with customers to recommend the ideal configuration, ensuring that the detector delivers maximum performance within the target system. As industries continue to push the boundaries of automation, sensing, and imaging, the PA200 is well positioned to serve as a foundational component in next-generation optical systems. This versatility underscores the detector's role as a multi-purpose tool that can adapt to evolving technological demands.

To facilitate the procurement process for businesses around the world, Nuchip Photoelectric Technology provides clear and accessible ordering procedures for the PA200 Si PIN detector, supported by a responsive sales team. Customers can place orders directly through the company's official website, where the PRODUCTSThis page lists the PA200 along with other radiation detectors and photodiode solutions, complete with specifications and part numbers. Bulk orders and custom configurations are handled by the sales department, which can be contacted via email or telephone to discuss volume discounts, lead times, and special packaging requirements. The company accepts various payment methods and offers flexible shipping options to destinations worldwide, with logistics partners that ensure safe and timely delivery. For first-time buyers, Nuchip also provides sample kits and evaluation boards that allow engineers to test the PA200 in their own systems before committing to large-scale production orders. Detailed ordering information, including minimum order quantities and estimated delivery schedules, is available by contacting the company directly or by visiting theHOME page to explore the full range of supported services. By streamlining the ordering process and maintaining open communication channels, Nuchip Photoelectric Technology ensures that obtaining the PA200 is as straightforward and efficient as using the detector itself.