PHOTODIODE IR Search Results

Contextual Info: PHOTODIODE Si photodiode S2592/S3477 series Thermoelectrically cooled photodiode for low-light-level detection in UV to near IR S2592/S3477 series sensors combine a UV to near infrared Si photodiode with a thermoelectric cooler. A thermistor is also included in the same

uv PHOTO detector

Contextual Info: PHOTODIODE Si photodiode S2592/S3477 series Thermoelectrically cooled photodiode for low-light-level detection in UV to near IR S2592/S3477 series sensors combine a UV to near infrared Si photodiode with a thermoelectric cooler. A thermistor is also included in the same

C1103

Contextual Info: PHOTODIODE Si photodiode S2592/S3477 series Thermoelectrically cooled photodiode for low-light-level detection in UV to near IR S2592/S3477 series sensors combine a UV to near infrared Si photodiode with a thermoelectric cooler. A thermistor is also included in the same

Contextual Info: PHOTODIODE Si PIN photodiode S4349 Quadrant Si PIN photodiode S4349 is a quadrant Si PIN photodiode having sensitivity in the UV to near IR spectral range. A quadrant element format allows position sensing such as for laser beam axis alignment. Features Applications

high range METAL detector circuit

Abstract: C1380 A4372-05 1/metal detector circuit diagram metal detector A3179 C1103-04 S1336 S2592 S2592-04
Contextual Info: PHOTODIODE Si photodiode S2592/S3477 series Thermoelectrically cooled photodiode for low-light-level detection in UV to near IR S2592/S3477 series sensors combine a UV to near infrared Si photodiode with a thermoelectric cooler. A thermistor is also included in the same

IR photodiode

Abstract: ir preamplifier SE-171 S7998 IR photodiode 880 nm photometry
Contextual Info: PHOTODIODE Si photodiode with preamp S7998 Photodiode 3 x 3 mm /preamplifier assembly in compact package S7998 is a UV to near IR detector using a 3 × 3 mm photodiode integrated with preamplifier. The photodiode chip and the preamplifier are assembled at high density by direct bump connections. The preamplifier bias current is so small that a high feedback resistance of 1 GΩ can be

Contextual Info: PHOTODIODE Si photodiode S6337-01 Large area photodiode for UV to IR, precision photometry S6337-01 is a large area Si photodiode that features excellent spatial response uniformity over a wide range from UV to IR. S6337-01 will prove useful for precision photometry and as a standard detector for spectral response calibration.

pin photodiode 10 ghz

Abstract: photodiode pin photodiode 1550 pin photodiode 2 GHz 1550
Contextual Info: 2522 Microwave Packaged Photodiode MICROWAVE The 2522 packaged photodiode incorporates a high-speed planar PIN photodiode to provide a highly reliable, high-power photodiode component. This package is well suited for receiver applications with optical preamplification.

S9089

Abstract: 1BW 58
Contextual Info: PHOTODIODE Si photodiode S9089 Highly reliable quartz window photodiode for VUV detection S9089 is a VUV vacuum ultraviolet sensitive Si photodiode ideal for ArF (λ=193 nm) excimer laser detection. Compared to conventional types, S9089 offers improved sensitivity stability against VUV irradiation. The package is hermetically sealed by a newly developed quartz window that

S8551

Abstract: S9089 SE-171
Contextual Info: PHOTODIODE Si photodiode S9089 Highly reliable quartz window photodiode for VUV detection S9089 is a VUV vacuum ultraviolet sensitive Si photodiode ideal for ArF (λ=193 nm) excimer laser detection. Compared to conventional types, S9089 offers improved sensitivity stability against VUV irradiation. The package is hermetically sealed by a newly developed quartz window that

Contextual Info: Si PIN photodiode S12271 Large area, high-speed PIN photodiode for UV to near IR photometry The S12271 is a high-speed Si PIN photodiode having a large photosensitive area of φ4.1 mm. Using quartz glass as the light input window, this photodiode delivers high sensitivity extending to the UV region and is suitable for optical power

Contextual Info: PHOTODIODE Si photodiode with preamp S8745, S8746 Photodiode and preamp integrated with feedback resistance and capacitance S8745, S8746 are low-noise light sensors consisting of a large area Si photodiode, op amp, and feedback resistance and capacitance, all

S8745

Abstract: S8746
Contextual Info: PHOTODIODE Si photodiode with preamp S8745, S8746 Photodiode and preamp integrated with feedback resistance and capacitance S8745, S8746 are low-noise light sensors consisting of a large area Si photodiode, op amp, and feedback resistance and capacitance, all

Contextual Info: SLD-68HLBG1 SÏLONEX g Internal Infrared Rejection Filter Planar Photodiode Features • Planar Photodiode • Low capacitance • Fast switching time • Low leakage current • Linear response vs irradiance Description This planar, passivated silicon photodiode is

LA12

Abstract: SLD-70C1 SLD-70C1A SLD-70C1B SLD-70C1C SLD-70C1D SLD-70C1E
Contextual Info: SLD-70C1 Planar Photodiode Features • Planar Photodiode • Low capacitance • Fast switching time • Low leakage current • Linear response vs irradiance • Multiple dark current ranges available Description The Silonex SLD-70C1 planar photodiode is designed

Contextual Info: PHOTODIODE Si photodiode with preamp S8745-01, S8746-01 Photodiode and preamp integrated with feedback resistance and capacitance S8745-01, S8746-01 are low-noise sensors consisting of Si photodiode, op amp, and feedback resistance and capacitance, all integrated into a

S8745-01

Abstract: S8746-01
Contextual Info: PHOTODIODE Si photodiode with preamp S8745-01, S8746-01 Photodiode and preamp integrated with feedback resistance and capacitance S8745-01, S8746-01 are low-noise sensors consisting of Si photodiode, op amp, and feedback resistance and capacitance, all integrated into a

Contextual Info: SLD-70C2 sTl o n e x ì Planar Photodiode OPTOELECTRONICS Features Planar Photodiode Low capacitance Fast switching time Low leakage current Linear response vs irradiance Description The planar photodiode is designed to operate in either photoconductive or photovoltaic modes.

far uv photodiode

Contextual Info: PHOTODIODE Si PIN photodiode S1722-02 Large area, high-speed PIN photodiodes for UV to near IR photometry S1722-02 is a high-speed Si PIN photodiode having a large active area of φ4.1 mm. Using quartz glass as the light input window, this photodiode delivers high sensitivity extending to the far UV region and is suitable for optical power meters.

far uv photodiode

Abstract: Radiation Detector
Contextual Info: PHOTODIODE Si PIN photodiode S1722-02 Large area, high-speed PIN photodiodes for UV to near IR photometry S1722-02 is a high-speed Si PIN photodiode having a large active area of φ4.1 mm. Using quartz glass as the light input window, this photodiode delivers high sensitivity extending to the far UV region and is suitable for optical power meters.

2522

Abstract: 2522 Microwave Packaged Photodiode
Contextual Info: 2522 Microwave Packaged Photodiode DATASHEET | NOVEMBER 2014 MICROWAVE The 2522 packaged photodiode incorporates a high-speed planar PIN photodiode to provide a highly reliable, high-power photodiode component. This package is well suited for receiver applications with optical preamplification. The diode is well

Contextual Info: SLD-68EBG1 SÏLONEX g Integral Infrared Rejection Filter Planar Photodiode Features • Planar Photodiode • Integral IR Rejection Filter • Low capacitance • Fast switching time • Low leakage current • Linear response vs irradiance Description This planar, passivated silicon photodiode is

United Detector silicon photodiode

Contextual Info: SLD-68HFIR1 SÏLONEX ! Infrared Planar Photodiode Features • • • • • • • Planar Photodiode Low capacitance High responsivity Fast sw itching time Low leakage current Linear response vs irradiance IR Blocking Filter Description This planar, passivated silicon photodiode is

Contextual Info: SLD-68EIR1 sT lo n ex s Planar Photodiode Features • Planar Photodiode • Low capacitance • Fast switching time • Low leakage current • Linear response vs irradiance Description This planar, passivated silicon photodiode is designed to maximize response in the infrared