SAR500S Search Results

Contextual Info: Silicon Avalanche Photodiode SAR-Series DESCRIPTION The SAR500S is based on a “reach-through” structure for excellent quantum efficiency and high speed. The peak sensitivity in the NIR region enables rangefinding applications with pulsed laser diodes. The APD is

rangefinding

Abstract: Photodiode apd high sensitivity SAR-500 avalanche photodiode noise factor
Contextual Info: Silicon Avalanche Photodiode SAR-Series DESCRIPTION The SAR500S is based on a “reach-through” structure for excellent quantum efficiency and high speed. The peak sensitivity in the NIR region enables rangefinding applications with pulsed laser diodes. The APD is

Contextual Info: Silicon Avalanche Photodiode SAR-/SARP-Series DESCRIPTION The SAR500-Series is based on a “reach-through” structure for excellent quantum efficiency and high speed. The peak sensitivity in the NIR region enables rangefinding applications with pulsed laser diodes.

ABC550-04

Abstract: SAR1500H4
Contextual Info: H2 / H3 / H4 / H5 Series Silicon and InGaAs-APD Receiver DESCRIPTION The H2/H3/H4/H5-Series includes a Silicon or InGaAs Avalanche Photodiode with an optimized low noise hybrid preamplifier for the use in high speed, low light detection, in laser range finding, LIDAR, medical and

TO-59 Package

Contextual Info: Detectors Silicon Avalanche Photodiode SAR-/SARP-Series Description The SAR500-Series is based on a “reach-through” structure for excellent quantum efficiency and high speed. The peak sensitivity in the NIR region enables rangefinding applications with pulsed laser diodes. A variety of package options is available.

Contextual Info: Detectors Silicon Avalanche Photodiode SAR-/SARP-Series Description The SAR500-Series is based on a “reach-through” structure for excellent quantum efficiency and high speed. The peak sensitivity in the NIR region enables rangefinding applications with pulsed laser diodes. A variety of package options is available.

IAG200

Abstract: ABC550-04
Contextual Info: Detectors H0 Series Silicon and InGaAs-APD Receiver Description The H0-Series includes a Silicon or InGaAs Avalanche Photodiode with an optimized low noise hybrid preamplifier for the use in laser range finding, LIDAR, medical and analytical applications. Housed in a modified 5 pin TO-46 package they offer bandwidths up to 1 GHz and a single ended output. Higher bandwidth can be achieved

IAG200

Abstract: SAR1500H3 IAG080H2
Contextual Info: Detectors H2 / H3 / H4 / H5 Series Silicon and InGaAs-APD Receiver Description The H2/H3/H4/H5-Series includes a Silicon or InGaAs Avalanche Photodiode with an optimized low noise hybrid preamplifier for the use in high speed, low light detection, in laser range finding, LIDAR, medical and analytical applications. Housed in a

SAR500

Contextual Info: H1 Series Silicon and InGaAs-APD Receiver DESCRIPTION The H1-Series includes a silicon or InGaAs avalanche photodiode with an optimized low noise hybrid preamplifier for the use in laser range finding, LIDAR, medical and analytical applications. Housed in a

Contextual Info: H1 Series Silicon and InGaAs-APD Receiver DESCRIPTION The H1-Series includes a silicon or InGaAs avalanche photodiode with an optimized low noise hybrid preamplifier for the use in laser range finding, LIDAR, medical and analytical applications. Housed in a

ABC550-04

Contextual Info: H2 / H3 / H4 / H5 Series Silicon and InGaAs-APD Receiver DESCRIPTION The H2/H3/H4/H5-Series includes a Silicon or InGaAs Avalanche Photodiode with an optimized low noise hybrid preamplifier for the use in high speed, low light detection, in laser range finding, LIDAR, medical and

Contextual Info: Silicon Avalanche Photodiode SAR-/SARP-Series DESCRIPTION The SAR500-Series is based on a “reach-through” structure for excellent quantum efficiency and high speed. The peak sensitivity in the NIR region enables rangefinding applications with pulsed laser diodes.

SAR-500

Abstract: ABC550-04 SAR500H2 apd 400- 700 nm IAE200 SAT800H5 SAR500H4 SAR1500H4 SAR500H5 InGaas APD photodiode, 1550 sensitivity
Contextual Info: H2 / H3 / H4 / H5 Series Silicon and InGaAs-APD Receiver DESCRIPTION The H2/H3/H4/H5-Series includes a Silicon or InGaAs Avalanche Photodiode with an optimized low noise hybrid preamplifier for the use in high speed, low light detection, in laser range finding, LIDAR, medical and

Contextual Info: Detectors H2 / H3 / H4 / H5 Series Silicon and InGaAs-APD Receiver Description The H2/H3/H4/H5-Series includes a Silicon or InGaAs Avalanche Photodiode with an optimized low noise hybrid preamplifier for the use in high speed, low light detection, in laser range finding, LIDAR, medical and analytical applications. Housed

Contextual Info: Silicon Avalanche Photodiode SAR-/SARP-Series DESCRIPTION The SAR500-Series is based on a “reach-through” structure for excellent quantum efficiency and high speed. The peak sensitivity in the NIR region enables rangefinding applications with pulsed laser diodes.

SARP500

Abstract: SAR-500
Contextual Info: Silicon Avalanche Photodiode SAR-/SARP-Series DESCRIPTION The SAR500-Series is based on a “reach-through” structure for excellent quantum efficiency and high speed. The peak sensitivity in the NIR region enables rangefinding applications with pulsed laser diodes.

Contextual Info: Detectors Silicon Avalanche Photodiode SAR-/SARP-Series Description The SAR500-Series is based on a “reach-through” structure for excellent quantum efficiency and high speed. The peak sensitivity in the NIR region enables rangefinding applications with pulsed laser diodes. A variety of package options is available.

IAG200

Contextual Info: Detectors H1 Series Silicon and InGaAs-APD Receiver Description The H1-Series includes a silicon or InGaAs avalanche photodiode with an optimized low noise hybrid preamplifier for the use in laser range finding, LIDAR, medical and analytical applications. Housed in a 12 pin TO-8 package they offer bandwidths up

Contextual Info: Detectors Silicon Avalanche Photodiode SAR-/SARP-Series Description The SAR500-Series is based on a “reach-through” structure for excellent quantum efficiency and high speed. The peak sensitivity in the NIR region enables rangefinding applications with pulsed laser diodes. A variety of package options is available.