Femtowatt (ultra low noise min. NEP 0.7fW/√Hz), variable gain (10E3 to 10E11 V/W) and fixed gain photoreceivers offer a solution to measuring fast and precise small optical signals. By combining a low noise transimpedance amplifier with a silicon or InGaAs photodiode a broad wavelength range from 190nm up to 1700nm is covered. Ideal for all lab scenarios, fibre alignment, fast power monitoring, testing laser diodes, linearity measurements over 10 decades, and industrial control and aligment are just a few applications.
High-speed photoreceivers based on the HCA series amplifiers with integrated pin-photodiode up to 200 MHz
High-speed photoreceivers based on the HCA series amplifiers with integrated pin-photodiode up to 400 MHz
Ultra-low-noise photoreceivers for direct detection of optical powers as low as 50 femto Watts.
Low-noise photoreceivers based on the LCA series for up to 400 KHz
Ultra-fast photoreceivers for measurements up to 2 GHz
Variable-gain photoreceivers based on the DLPCA amplifiers for fW to mW measurements