
Catalog excerpts

Photosensors with front-end IC S15597-01CT S15658-01CT Compact APD suitable for various light level detection The S15597-01CT and S15658-01CT are compact optical devices that integrate a Si APD and a preamp. They have a builtin DC feedback circuit for reducing the effects of background light. They also provide excellent noise and frequency characteristics. We provide an evaluation kit for these products. Contact us for detailed information. High-speed response Distance measurement Two-level gain switch function (low gain: single output, high gain: differential output) Reduced background light effects Small waveform distortion when excessive light is incident Driver circuit Structure Parameter Detector Photosensitive area size*1 Package Seal material ϕ0.5 Glass epoxy Silicone resin *1: Photosensitive area in which a typical gain can be obtained Absolute maximum ratings Parameter Supply voltage (for preamp) Reverse voltage (for APD) Reverse current (DC) Forward current DCFB terminal voltage Gain terminal voltage Operating temperature Storage temperature Soldering temperature*3 Symbol Condition Vcc max V_APD IR max IF max Topr No dew condensation*2 Tstg No dew condensation*2 Tsol *2: When there is a temperature difference between a product and the surrounding area in high humidity environment, dew condensation may occur on the product surface. Dew condensation on the product may cause deterioration in characteristics and reliability. *3: Reflow soldering, IPC/JEDEC J-STD-020 MSL 4, see P.8 Note: Exceeding the absolute maximum ratings even momentarily may cause a drop in product quality. Always be sure to use the product within the absolute maximum ratings.
Open the catalog to page 1
Photosensors with front-end IC Electrical and optical characteristics (Ta=25 °C) Parameter Supply voltage Spectral response range Peak sensitivity wavelength Vcc1, Vcc2 λ λp M=100 λ=905 nm, M=100 Low gain S λ=905 nm, M=100 High gain ID=100 μA VBR Photosensitivity Breakdown voltage Temperature coefficient of breakdown voltage Low gain High gain Low gain fcl High gain Low gain fch High gain f=20 MHz, M=100 VON High gain Low gain High gain Voffset High gain Low gain Vp-p max High gain Ic Low cutoff frequency High cutoff frequency Output noise voltage Output voltage level Output offset voltage...
Open the catalog to page 2
Photosensors with front-end IC Spectral response Quantum efficiency vs. wavelength (Ta=25 °C, M=100, λ=905 nm) Quantum efficiency (%) Dark current vs. reverse voltage Gain vs. reverse voltage Dark current
Open the catalog to page 3
Photosensors with front-end IC Frequency characteristics (typical example) S15597-01CT Gain [relative value] (dB) Gain [relative value] (dB) Output noise vs. frequency (high gain, typical example) Current consumption vs. ambient temperature (typical example) High gain
Open the catalog to page 4
Photosensors with front-end IC Truth table Gain Setting 0 1 Gain Low gain (× 1) High gain (× 20) DC feedback circuit Setting 0 1 Background light elimination function OFF ON Note: The pull-up resistor of the digital input terminal is 10 kΩ. Block diagram V_APD The DCFB (DC feedback) circuit detects the DC component of photocurrent, and reduces the effects of background light through the differential processor. KPICC0285ED
Open the catalog to page 5
Photosensors with front-end IC Output waveform examples (Ta=25 °C, input pulse width=5 ns) S15597-01CT (High gain, incident light level=50 nW) (Low gain, incident light level=1 μW) S15658-01CT (High gain, incident light level=50 nW) (Low gain, incident light level=1 μW)
Open the catalog to page 6
Photosensors with front-end IC Dimensional outline (unit: mm) Pin connections Function DCFB Out1 Out2 GND GND Gain Vcc2 Photosensitive surface Torelance unless otherwise noted: ±0.2 Chip position accuracy with respect to package dimensions marked* X, Y≤±0.2 Au electrodes Recommended land pattern (unit: mm) Index mark Torelance unless otherwise noted: ±0.1 KPICC0364EA Connection example (50 Ω system) V_APD When using the photosensor with front-end IC in a 50 Ω system, connect resistors with the same resistance (200 Ω in the above figure) to output loads Out1 and Out2. If resistors with the...
Open the catalog to page 7
Photosensors with front-end IC Handling of temperature characteristics of APD gain The gain of the APD built into the photosensor with front-end IC varies depending on the temperature. The following two methods are available for handling this issue in using the sensor over a wide temperature range. Temperature correction method, which controls the reverse voltage according to the temperature change A thermistor or other temperature sensor is installed near the APD to measure the APD’s temperature. The reverse voltage after APD temperature correction is expressed by the following equation...
Open the catalog to page 8
Photosensors with front-end IC Reel packing specifications Reel (conforms to JEITA ET-7200) Outer diameter ϕ254 mm Electrostatic characteristics Conductive Embossed tape (unit: mm, material: PS, conductive) Packing quantity 1000 pcs/reel Packing state Reel and desiccant in moisture-proof packing (vacuum-sealed) Related information www.hamamatsu.com/sp/ssd/doc_en.html Precautions ∙ Disclaimer ∙ Surface mount typ
Open the catalog to page 9
Photosensors with front-end IC Evaluation kits for photosensor with front-end IC C16188-03, C16189-03 Evaluation kits [48 × 50 (H × V) mm] for photosensors with front-end IC are available [C16188-03 (with S15597-01CT), C16189-03 (with S15658-01CT)]. Contact us for detailed information. Accessories ∙ IC power cable ∙ APD power cable Information described in this material is current as of December 2021. Product specifications are subject to change without prior notice due to improvements or other reasons. This document has been carefully prepared and the information contained is believed to...
Open the catalog to page 10All HAMAMATSU catalogs and technical brochures
-
PHOTON COUTING HEAD
4 Pages
-
FLAT PANEL TYPE
4 Pages
-
SPAD MODULES
5 Pages
-
PHOTOSENSOR AMPLIFIER
7 Pages
-
LIGHTNINGCURE
29 Pages
-
Xenon Flash Lamps
19 Pages
-
ORCA-FUSION C14440-20UP
12 Pages
-
NanoZommer series
8 Pages
-
C13410 series
4 Pages
-
C13410-06A
4 Pages
-
PMA-12
8 Pages
-
L12542
4 Pages
-
FLAT EXCIMER
16 Pages
-
OPTICAL PINHOLE INSPECTION UNITS
20 Pages
-
Optical Gauge series
23 Pages
-
L15208-01
3 Pages
-
Pulsed Fiber Laser L15187
3 Pages
-
L15856-01
3 Pages
-
L14001-01
2 Pages
-
L11854-336-05
2 Pages
-
L14351-02
4 Pages
-
LIGHTNINGCURE LC-L1V5
4 Pages
-
GC-113A
2 Pages
-
Infrared LED L14337-0085R
4 Pages
-
Infrared LED L12509 series
9 Pages
-
InGaAs camera C12741-11
2 Pages
-
InGaAs camera C12741-03
2 Pages
-
IMAGEMX2 series
8 Pages
-
ORCA-Flash4.0V3 C13440-20CU
4 Pages
-
ORCA-Fusion BT
9 Pages
-
DIUTHAME
12 Pages
-
J12853
2 Pages
-
J12432-01
2 Pages
-
J10919 SERIES
2 Pages
-
Si APD S14644 series
6 Pages
-
C15780-401
4 Pages
-
CMOS area image sensor S14501
15 Pages
-
H15460-40
4 Pages
-
R14755U-100
2 Pages
-
MPPC modules C14556 series
5 Pages
-
Photo IC for rangefinder
14 Pages
-
InGaAs APD G14858-0020AA
4 Pages
-
Si APD S14124-20
3 Pages
-
Si strip detector S13804
3 Pages
-
Si photodiode S15289-33
4 Pages
-
Si PIN photodiode S15137
4 Pages
-
Si PIN photodiode S14605
3 Pages
-
Si PIN photodiode S13993
3 Pages
-
Si photodiodes S12915 series
4 Pages
-
Si photodiode S12742 series
4 Pages
-
Si photodiodes S12698 series
5 Pages
-
Si PIN photodiode S12271
4 Pages
-
Si photodiode S10625-01CT
5 Pages
-
Si photodiode S10043
3 Pages
-
Si photodiode S9981-01CT
5 Pages
-
Si photodiode S9674
5 Pages
-
Si photodiodes S9055 series
4 Pages
-
Si PIN photodiode S8650
3 Pages
-
Si photodiode S8559
3 Pages
-
Si photodiodes S8552, S8553
4 Pages
-
Si photodiode 8193
3 Pages
-
Si photodiode S7686
4 Pages
-
Si PIN photodiode S7478
4 Pages
-
Si PIN photodiode S4707-01
3 Pages
-
Si PIN photodiode S3994-01
3 Pages
-
Si PIN photodiode S3759
4 Pages
-
Si photodiode S2551
4 Pages
-
Si photodiodes S2387 series
4 Pages
-
Si photodiodes S2386 series
4 Pages
-
Si photodiodes S2281 series
3 Pages
-
Si photodiode S1787 series
3 Pages
-
Si photodiodes S1337 series
6 Pages
-
Si photodiodes S1336 series
6 Pages
-
Si photodiodes S1227 series
5 Pages
-
Si photodiodes S1226 series
6 Pages
-
Si photodiode 16008-33
4 Pages
-
Si PIN photodiode S13337-01
4 Pages
-
C13398 series
5 Pages
-
InGaAs Image sensors
17 Pages
-
Thermopile detector T15770
3 Pages
-
CMOS linear image sensor S14772
18 Pages
-
Si APD S14645 series
6 Pages
-
Si APD S14643-02
6 Pages
-
One-dimensional PSD S14241
5 Pages
-
MEMS mirror S13989-01H
9 Pages
-
MEMS mirror S13124-01
10 Pages
-
PHOTOMULTIPLIER TUBE R14657
2 Pages
-
PHOTON COUNTING HEAD H12775
2 Pages
-
MPPC® modules C14452 series
5 Pages
-
MEMS-FPI spectrum sensor C14273
11 Pages
-
Photodiode modules C10439 series
13 Pages
-
Phototransistor S2829
4 Pages
-
InGaAs APD G8931 series
4 Pages
-
Hamamatsu News 2017 Vol. 1
36 Pages
-
Hamamatsu News 2017:Cover Story
36 Pages
-
Photomultiplier Tube Modules
76 Pages
-
LIGHT SOURCES
23 Pages
-
PHOTOTUBES
8 Pages
-
FLAME SENSOR UVTRON
4 Pages
-
Opto-semiconductor Modules
28 Pages
-
PSD
8 Pages
-
InGaAs Photodiodes
20 Pages
-
Infrared Detectors
36 Pages
-
Photo IC
8 Pages
-
Image Sensors
48 Pages
-
Si Photodiodes
48 Pages
-
Si APD
16 Pages
-
MPPC®, MPPC modules
34 Pages
-
Photonic Devices
44 Pages
-
IMAGE INTENSIFIERS
20 Pages
-
THERMOELECTRIC COOLED
4 Pages
-
FLOW CELLS
4 Pages
-
COMPACT HIGH VOLTAGE
2 Pages
-
SCANBLOCK C10516
4 Pages
-
Immunochromato-Reader C10066
4 Pages
-
UV TRONR DRIVING
2 Pages
-
PULSE DELAY GENERATOR C10149
4 Pages
-
High sensitivity
2 Pages
-
FOP (FIBER OPTIC PLATE)
3 Pages
-
20 W XENON FLASH LAMP
4 Pages
-
UV POWER METERS C6080 SERIES
2 Pages
-
Si photodiodes
41 Pages
-
Digital CCD Cameras, ORCA-HR
2 Pages
Archived catalogs
-
Microfocus X-ray Sources
2 Pages
-
Digital CCD Camera ORCA-HR
2 Pages
-
EM-TDI CCD Camera C9100-03
2 Pages
-
Infrared LED L10596-02
4 Pages
-
Opto-semiconductor Catalog
38 Pages
-
2008 Photonic Devices Catalog
32 Pages