Precision Photodiodes for Accurate Light Detection in Various Applications
The Photodiodes category offers a wide range of high-sensitivity, fast-response light detection devices, suitable for a variety of applications. These photodiodes are designed to detect light across different wavelengths, from ultraviolet to infrared, providing accurate and reliable performance. Ideal for use in optical communication, medical imaging, environmental monitoring, and industrial automation, our photodiodes are optimized for low noise, high-speed response, and consistent accuracy. Whether you need PIN photodiodes, avalanche photodiodes, or silicon photodiodes, our products deliver precision light detection for both consumer and industrial applications.
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The Lasermate PDA-A13A3-5G is an analog InGaAs photodetector with a semiconductor optimized for bandwidth from DC to 5GHz. It is perfect for high-speed applications and multi-channel CATV systems, offering reliable performance and precision. -
Lasermate offers high speed, high responsivity Analog InGaAs PIN photodiodes designed for analog optical links with bandwidth up to 2.5GHz. -
High speed, high responsivity at 1310nm/1550nm, Analog InGaAs PIN photodiodes designed for analog optical links with bandwidth from DC to 2.5GHz. -
The PDA12-85A2G is a low dark current and low capacitance 1x12 GaAs PIN photodiode chip array supporting speeds of 2.5/3.125Gbps. Perfect for telecom and data communication systems, it delivers reliable performance in high-speed multi-channel optical transmission. -
High speed InGaAs photodiode chip in 1x4 array form with bandwidth >1.5GHz designed for use in fiber optic data communication applications. -
The PDA4-85A14G is a low dark current, low capacitance 1x4 GaAs PIN photodiode chip array designed for high-speed 14Gb/s optical data transmission. Ideal for telecom and data communication applications, it ensures reliable and efficient performance in multi-channel systems. -
The PDA4-85A25G is a 1x4 GaAs PIN photodiode chip array, capable of 25Gb/s high-speed optical data transmission. Ideal for advanced telecom and data communication applications, it provides superior performance and reliability for multi-channel systems. -
The PDA4-85A2G is a 1x4 GaAs PIN photodiode chip array supporting 2.5/3.125Gbps speeds. Designed for fiber optic data communication, it features low dark current, low capacitance, and two top-side wire bond pads per channel for efficient and reliable performance. -
High quality large-area InGaAs PIN photodiode chip with aperture of 1.0mm, low capacitance and low dark current, high responsivity at 1310nm and 1550nm. -
High-performance InGaAs photodiode die offering high responsivity, low capacitance and low dark current. Ideal for high speed 10Gb/s applications. -
Large-area InGaAs PIN photodiode chip with aperture of 1.5mm that exhibits low capacitance, low dark current, and high responsivity at 1310nm and 1550nm. -
High speed, low dark current, low capacitance, 75um InGaAs photodiode chip designed for long wavelength 2.5Gbps fiber optic application. -
High quality large-area InGaAs PIN photodiode chip with aperture of 300um, low capacitance and low dark current, high responsivity at 1310nm and 1550nm. -
Large-area InGaAs PIN photodiode chip with aperture of 3.0mm, low capacitance and low dark current, high responsivity at 1310nm and 1550nm. -
High-performance InGaAs photodiode die in non-hermetic application offering high responsivity, low capacitance and low dark current. Ideal for high speed 10Gb/s applications. -
High-performance InGaAs photodiode die offering high responsivity at 1310nm/1550nm, low capacitance and low dark current. Ideal for high speed 10Gb/s applications. -
High-performance InGaAs photodiode die offering high responsivity at 1310nm/1550nm, low capacitance and low dark current. Ideal for high speed 10Gb/s applications. -
The PDC-85A14G is a high-performance, low dark current, low capacitance GaAs PIN photodiode chip capable of speeds up to 14Gb/s. Perfect for optical data communication applications, it offers exceptional efficiency and reliability in demanding environments.
