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Photodiodes
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InGaAs photodiode - DInGaAs series
Zolix's Room DInGaAs Series of temperature DInGaAs detectors operate over the NIR spectral...
InGaAs photodiode - DInGaAs series
Zolix's Room DInGaAs Series of temperature DInGaAs detectors operate over the NIR spectral range of 0.8 μm to 1.7 μm. The series comes in three model configurations that all feature slit mount designs, and match with the output slits of the Omni Series. The versions consist of the DInGaAs1600 are the DInGaAs1650, and the DInGaAs1700.
PbS photodiode - DPbS series
Zolix's Room Temperature IR detectors feature spectral rates that range from 0.8 μm to 3.2 μm. The DPbS2900...
PbS photodiode - DPbS series
Zolix's Room Temperature IR detectors feature spectral rates that range from 0.8 μm to 3.2 μm. The DPbS2900...
InSb photodiode
The InSb photodiode from Zolix is equipped with liquid nitrogen for cooling IR detectors and...
InSb photodiode
The InSb photodiode from Zolix is equipped with liquid nitrogen for cooling IR detectors and spectral range from 1 up to 5.5μm. It has two types of detectors, the DInSb5-De(x) and DInSb5-HS. The DInSb5-HS is the liquid nitrogen and the high response detector with the response time of less than 25 ns. The liquid nitrogen dewar holding time is around 8 hrs.
HgCdTe photodiode
The HgCdTe detector from Zolix have liquid nitrogen cooling IR detectors that have a spectral range from 2 to 22μm. Two...
HgCdTe photodiode
The HgCdTe detector from Zolix have liquid nitrogen cooling IR detectors that have a spectral range from 2 to 22μm. Two series are available, DMCT-De and the DMCT11-HS detectors
DMCT(x)-De is comes in a different versions - the DMCT 12, 14 16, and 22. This series have cut-off wavelengths applicable for general measurement. This is operational with a preamplifier.
DMCT12-HS is a high speed response detector that has an integrated preamplifier.
DMCT(x)-De is comes in a different versions - the DMCT 12, 14 16, and 22. This series have cut-off wavelengths applicable for general measurement. This is operational with a preamplifier.
DMCT12-HS is a high speed response detector that has an integrated preamplifier.
Avalanche photodiode (APD)
The JDSU 2.5 Gbps front-illuminated avalanche photodiode (FI-APD) is designed for gigabit passive optical networks (GPON) that enable data transmissions for fiber-to-the-home (FTTH) offerings. As a result of their internal gain, APDs can significantly enhance receiver sensitivity relative to a standard PI photodiode....
Avalanche photodiode (APD)
The JDSU 2.5 Gbps front-illuminated avalanche photodiode (FI-APD) is designed for gigabit passive optical networks (GPON) that enable data transmissions for fiber-to-the-home (FTTH) offerings. As a result of their internal gain, APDs can significantly enhance receiver sensitivity relative to a standard PI photodiode....
Photodiode - JDSU EPM 6xx-Series
JDSU EPM 6xx-Series PIN photodiodes are designed for optical network monitoring applications. The photodiode die is fabricated with a proprietary InGaAs process in our wafer fab and assembled into a hermetically-sealed package with antireflective-coated lens. A stainless steel bushing...
Photodiode - JDSU EPM 6xx-Series
JDSU EPM 6xx-Series PIN photodiodes are designed for optical network monitoring applications. The photodiode die is fabricated with a proprietary InGaAs process in our wafer fab and assembled into a hermetically-sealed package with antireflective-coated lens. A stainless steel bushing...
InGaAs photodiode - ETX 100Rxx series
The ETX 100Rxx series are high speed receptacled photodiode modules designed primarily for use in optical communications applications in which high speed and reliability are critical. These modules feature bandwidths of at least 1 GHz and are designed for peak wavelength response at 1300 and 1550 nm. The connector receptacle designs permit mounting on PC...
InGaAs photodiode - ETX 100Rxx series
The ETX 100Rxx series are high speed receptacled photodiode modules designed primarily for use in optical communications applications in which high speed and reliability are critical. These modules feature bandwidths of at least 1 GHz and are designed for peak wavelength response at 1300 and 1550 nm. The connector receptacle designs permit mounting on PC boards or back planes. Each of the four modules making up the ETX 100Rxx series incorporates a 100 μm diameter InGaAs PIN photodiode mounted in an industry standard, precision connector receptacle which assures excellent mating repeatability. Standard receptacles available include LC, FC, and SC. These modules will accept either Single Mode or Multi Mode connectorized fiber.
The ETX 100 RLC is mounted in an LC receptacle and is designed primarily to provide a high performance package for telecommunication and datacom applications with reduced surface density and easier mounting procedures. This next generation small form factor (The LC receptacle is respectively, 52% and 34%, smaller in packaging surface density than the FC and SC receptacles) is half the footprint required for LAN interfaces, thereby reducing costs and increasing packing density. Like the RSC, the ETX 100 RLC mates directly with the connector and does not require fastening of the connector to assure mating.
All receptacled detector modules are qualified to Telecordia and MIL standards.
The ETX 100 RLC is mounted in an LC receptacle and is designed primarily to provide a high performance package for telecommunication and datacom applications with reduced surface density and easier mounting procedures. This next generation small form factor (The LC receptacle is respectively, 52% and 34%, smaller in packaging surface density than the FC and SC receptacles) is half the footprint required for LAN interfaces, thereby reducing costs and increasing packing density. Like the RSC, the ETX 100 RLC mates directly with the connector and does not require fastening of the connector to assure mating.
All receptacled detector modules are qualified to Telecordia and MIL standards.
InGaAs photodiode - JDSU ETX 500T, ETX 1000T series
The JDSU ETX 500T and ETX 1000T series large-area InGaAs PIN photodetectors have photosensitive areas with diameters of 500 and 1000 μm, respectively. These photodiodes offer high responsivity in the 800 1700 nm spectrum, and are designed for use in instrumentation, sensing, and rangefinding applications.
The...
The...
InGaAs photodiode - JDSU ETX 500T, ETX 1000T series
The JDSU ETX 500T and ETX 1000T series large-area InGaAs PIN photodetectors have photosensitive areas with diameters of 500 and 1000 μm, respectively. These photodiodes offer high responsivity in the 800 1700 nm spectrum, and are designed for use in instrumentation, sensing, and rangefinding 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.
The ETX 500T and ETX 1000T series are optimal for the high-speed, differential mode measurements common in precision optical power meters, optical fiber identifiers, and optical loss test sets.
The ETX 500T and ETX1000T photodiodes are packaged in hermetically-sealed TO cans.
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
Active diameters of 0.5 and 1 mm
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.
The ETX 500T and ETX 1000T series are optimal for the high-speed, differential mode measurements common in precision optical power meters, optical fiber identifiers, and optical loss test sets.
The ETX 500T and ETX1000T photodiodes are packaged in hermetically-sealed TO cans.
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
Active diameters of 0.5 and 1 mm
Photodiode - 1310, 1550 nm
The high-reliability JDSU 1310/1550 nm 10 G XFP ROSA receiver optical sub-assembly (ROSA) product, designed specifically for the XFP transceiver, provides excellent performance over extended operating temperatures in high-speed...
Photodiode - 1310, 1550 nm
The high-reliability JDSU 1310/1550 nm 10 G XFP ROSA receiver optical sub-assembly (ROSA) product, designed specifically for the XFP transceiver, provides excellent performance over extended operating temperatures in high-speed...
Photodiode for fiber optics
FEATURES
* Package configurations :XMD-MSA Type-1 compliant
* LC receptacle electrically isolated...
* Package configurations :XMD-MSA Type-1 compliant
* LC receptacle electrically isolated...
Photodiode for fiber optics
FEATURES
* Package configurations :XMD-MSA Type-1 compliant
* LC receptacle electrically isolated for LC-Rece type
* LC,SC, and MU connector available for pigtail type
* High sensitivity : -28.3 dBm (typ.)
* Overload : -4 dBm (typ.)
* +3.3V Low noise transimpedance amplifier
* Transimpedance gain :4 kOhm (Differential)
* Power dissipation: 0.18 W
* Low Breakdown Voltage below 30 V (for APD)
* Package configurations :XMD-MSA Type-1 compliant
* LC receptacle electrically isolated for LC-Rece type
* LC,SC, and MU connector available for pigtail type
* High sensitivity : -28.3 dBm (typ.)
* Overload : -4 dBm (typ.)
* +3.3V Low noise transimpedance amplifier
* Transimpedance gain :4 kOhm (Differential)
* Power dissipation: 0.18 W
* Low Breakdown Voltage below 30 V (for APD)