JDSU ETX 300 TL (Ship) InGaAs PIN Photodetectors, TO-46 Lens
Size: 100um.
Dark Current: 0.5nA.
Capacitance: 1.5pF.
Package: TO-46 Lens.
The JDSU ETX 300 series large area InGaAs PIN photodetectors have photosensitive areas with diameters of 300um, respectively. These photodiodes offer high responsivity in the 800 to 1700 nm spectrum and are designed for use in instrumentation, sensing, and range-finding applications.
The detectors feature high sensitivity and linear spectral responsivity over a broad range of input powers. When operating in photovoltaic mode, a noise current density of 10 fA/Hz1/2 is typical at room temperature. When reverse-biased for greater bandwidth, a noise floor of 60fA/Hz1/2 at -5 V is typical. Linear spectral response results from the low series resistance of the photodiodes.
Key Features
* High responsivity in near infrared spectrum * Low dark current for high accuracy * High shunt resistance * Linear over wide range of input optical power
Applications
* Optical power meters * Optical fiber identifiers * Optical attenuation test sets * Near infrared spectroscopy
* Infrared range finders
Dark Current: 0.5nA.
Capacitance: 1.5pF.
Package: TO-46 Lens.
The JDSU ETX 300 series large area InGaAs PIN photodetectors have photosensitive areas with diameters of 300um, respectively. These photodiodes offer high responsivity in the 800 to 1700 nm spectrum and are designed for use in instrumentation, sensing, and range-finding applications.
The detectors feature high sensitivity and linear spectral responsivity over a broad range of input powers. When operating in photovoltaic mode, a noise current density of 10 fA/Hz1/2 is typical at room temperature. When reverse-biased for greater bandwidth, a noise floor of 60fA/Hz1/2 at -5 V is typical. Linear spectral response results from the low series resistance of the photodiodes.
Key Features
* High responsivity in near infrared spectrum * Low dark current for high accuracy * High shunt resistance * Linear over wide range of input optical power
Applications
* Optical power meters * Optical fiber identifiers * Optical attenuation test sets * Near infrared spectroscopy
* Infrared range finders
