A-CUBE-Series High Sensitivity APD Detector Modules

Size: px

Start display at page:

Download "A-CUBE-Series High Sensitivity APD Detector Modules"

Brice Copeland
7 years ago
Views:

1 Series Description Laser Components new A-CUBE range of APD modules has been designed for customers interested in experimenting with APDs. Featuring a low-noise silicon (or InGaAs) APD with matched preamplifier and integrated high voltage supply, the module offers everything needed to operate APDs easily and conveniently. In-built temperature compensation circuitry allows the APD to be operated at constant gain even if the ambient temperature changes. A ±12 V DC supply is all that is needed to operate the module. The optional FC connector provides a convenient method for connecting the detector to the sample using an optical fiber. Custom designed modules and OEM versions are available on request. Features High sensitivity Low noise Easy handling Compact RS-232 interface Fiber coupling (optional) Applications APD evaluation Range finding / LIDAR Optical Communication Systems Spectroscopy Fluorescence Medical 1

2 Series Si-APD Modules Generic T = 25 C Min. Typ. Max. Units Wavelength Range nm Peak Sensitivity Absolute Maximum Ratings Min. Typ. Max. Units Supply Voltage ±10 ±12 ±15 V Operating Temperature 0 + C Storage Temperature C Output Voltage ( O) (typical) (1 MO) (typical) V V Fig. 1: Spectral M = Responsivity (A/W) Wavelength (nm) 2

3 Series Technical Specifications for 0.5 mm A-CUBE (typical M = 100, 25 C) Part Number S0-01 S0-03 S0-10 S0-25 S0-100 S0-2 Units Si-APD SAR0 SAR0 SAR0 SAR0 SAR0 SAR0 Active Area Diameter mm Wavelength Range nm Peak Sensitivity Bandwidth DC - 1 DC - 3 DC - 10 DC MHz Responsivity 5 nm nm NEP 5 nm nm Output Noise Density TBC TBC nv/rthz Input Referred Noise Density (maximum) TBC TBC pa/rthz Note: Noise measured at 100 khz. Fig. 2: Spectral M = Responsivity (A/W) Wavelength (nm) 3

4 Series Technical Specifications for 1.5 mm A-CUBE (typical M = 100, 25 C) Part Number S10-01 S10-03 S10-10 S10-25 Units Si-APD SAR10 SAR10 SAR10 SAR10 Diameter mm Wavelength Range nm Peak Sensitivity Bandwidth * DC - 1 DC - 3 DC - 10 DC - 25 MHz Responsivity 5 nm nm NEP 5 nm nm Output Noise Density nv/rthz Input Referred Noise Density (maximum) pa/rthz Note: Noise measured at 100 khz. A-CUBE10-01 and A-CUBE10-03 will saturate with high background light levels due to their very high sensitivity. Operation in environments with high background levels (e.g. daylight) is therefore not recommended. * Custom versions up to 2 MHz are available on request. Technical Specifications for 3 mm A-CUBE (typical M = 100, 25 C) Part Number S00-01 S00-03 S00-10 S00-25 Units Si-APD SAR00 SAR00 SAR00 SAR00 Diameter mm Wavelength Range nm Peak Sensitivity Bandwidth * DC - 1 DC - 3 DC - 10 DC - 25 MHz Responsivity 5 nm nm NEP 5 nm nm Output Noise Density nv/rthz Input Referred Noise Density (maximum) pa/rthz 4 Note: Noise measured at 100 khz. A-CUBE00-01 and A-CUBE00-03 will saturate with high background light levels due to their very high sensitivity. Operation in environments with high background levels (e.g. daylight) is therefore not recommended. * Custom versions up to 2 MHz are available on request.

5 Series InGaAs-APD Modules Generic T = 25 C Min. Typ. Max. Units Wavelength Range nm Peak Sensitivity 15 nm Absolute Maximum Ratings Min. Typ. Max. Units Supply Voltage ±10 ±12 ±15 V Operating Temperature 0 + C Storage Temperature C Output Voltage ( O) (typical) (1 MO) (typical) V V Fig. 3: Spectral Response and Quatum Efficiency (M= 15 nm) 5

6 Series Technical Specifications for 200 µm Module (typical M = 10, 25 C) Part Number I I I I I I200-2 Units InGaAs-APD IAG200 IAG200 IAG200 IAG200 IAG200 IAG200 Diameter µm Wavelength Range nm Peak Sensitivity nm Bandwidth DC - 1 DC - 3 DC - 10 DC MHz Responsivity 15 nm NEP 15 nm Output Noise Density TBC TBC nv/rthz Input Referred Noise Density (maximum) TBC TBC pa/rthz Note: Noise measured at 100 khz.

7 Series Product Number Designations A - C U B E F C S = Si I = InGaAS APD diameter 200 = 200 µm Bandwidth 01= DC - 1 MHz FC connector (optional) 0 = 0 µm 03= DC - 3 MHz 10 = 10 µm 10= DC - 10 MHz 00 = 00 µm 25= DC - 25 MHz 100= 10 khz MHz Package Drawings 2= 10 khz - 2 MHz 2x O O 13,97, 2 x O O 9,, 10,4 1,7 0,5 O 3,7 Dimensions in [mm] 7

8 Series PIN Configuration P1 HV bias voltage adjustment P2 R TK temperature compensation adjustment M9 1 GND 2 + V op Operating voltage +12 V/0 ma 3 R x D Receive input (RS 232) 4 V op Operating voltage 12 V/0 ma 5 T x D Transmit output (RS 232) P1 M9 (5-pin) P2 Signal output (SMB) 808/1 / V / IF / lce/a-cube

Single Photon Counting Module COUNT -Series

Single Photon Counting Module COUNT -Series Description Laser Components COUNT series of s has been developed to offer a unique combination of high photon detection efficiency, wide dynamic range and ease of use for photon counting applications.