Marktech The new silicon photodiodes feature a significantly reduced junction capacitance (Cj), crucial for improving key performance metrics such as response time, frequency response, and bandwidth.

We have demonstrated a silicon photodiode with near-unity spectral response over the wavelength range 250–950 nm and at large incident angles. This result was achieved by integrating b-Si into ...

and high operating frequency. Nonetheless, the silicon photodiodes currently in use in industry have limited resolution enhancement due to their thickness, exceeding 3 micrometers (μm).

Although many parameters characterize performance and improvement, one important number is the 29% increase in NIR response at 1,000 nm compared to standard silicon photodiodes, reaching a value ...

The organic devices provide performance comparable to that of rigid silicon photodiodes in the visible light spectrum — except in response time. “What we have achieved is the first demonstration that ...

Jenoptik has developed a new product range of photodiodes with an angle-independent response spectrum. Compared with conventional silicon photodiodes, the new photodiodes detect a predefined ...

It claims performance comparable to that of rigid silicon photodiodes in the visible light spectrum, except their response time. “What we have achieved is the first demonstration that these devices, ...

Based on a proprietary NearIR enhanced APD processing technology, this new monolithic, 16-element linear silicon avalanche photodiode array has a spectral response range of 400 to 1,100 nm.

Conventionally, silicon photodiode UV light sensors employ optical filters that cut off undesired visible light wavebands. By utilizing the differential spectral response of silicon photodiodes ...

The S11518 and S11519 are silicon avalanche photodiodes (APDs) utilising this new technology ... dark current and cut-off frequency characteristics compared to a conventional APD. The increased ...