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Optical Communication
InGaAs
Photodiodes
Flip-Chip type
InGaAs Photodiode
(Back surface illuminated type)
Edge Illuminated type
InGaAs Photodiode
InGaAs ROSA
with FPC(Flexible Printed Circuit)
InGaAs PD-TIA
Receivers
Silicon PD-TIA
Receiver
GaAs
PD & PD-TIAs
Si PIN
Photodiodes
Mini Can Si-PD
Laser diodes
VCSEL TOSA
Mini CanVCSEL
Packages
InGaAs
Linear Array
Optical Sensing and Control
LEDs
Point Source LEDs
Parallel Beam LEDs
Multi Wavelength LEDs
Ultra Violet GaN/InGaN LEDs
Visible LEDs
Infrared LEDs
Plastic Mold LEDs
Plastic Mold LEDs
Si PD
Si Photodiodes for General Uses
Si PIN Photodiodes
Si UV sensor
Si High Speed Photodiodes
Si photodiode array
Si PTr
Si APD
GaN/InGaN/AlGaN UV Sensor
InGaAs Photodiode with Peltier cooler
Spherical Micro Solar Cell
Sphelar® Array F12
Sphelar® One
Sphelar® Dome
SphelarVoice®
Quick FAQ for Kyosemi Corporation

Applications for Spherical Micro Solar cell, Sphelar®

Sphelar® EIPV series
Enables Electronics Integrated Photovoltaic (EIPV) products. This series consists of Sphelar® Array F12, compact but relatively high power PV modules; Sphelar® One, a single spherical cell moulded in a plastic case easy to handle; and Sphelar® Dome, designed for outdoor sensing and wireless devices.
Photo; Sphelar® EIPV series
 
Sphelar® Array F12
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photo; Sphelar® Array F1   Small, efficient and easy to design. Based on Sphelar® technology, Kyosemi provides small-sized solar modules, inspiring part of an ecofriendly life. Six different voltage choices are offered which range from 0.48 to 6 (Vpm).
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Part no. Maximum Power
Pmax (mW)
Maximum Power Voltage
Vpm(V)
Maximum Power Current
Ipm(mA)
Dimension
L × W × H (mm)
Mass
(g)
Case
KSP-F12-1S12P-W1-X
pdf
13.5 0.48 28.0 24×9.5×5.1
without connectors
1.0 Polycarbonate Resin
KSP-F12-2S6P-W1-X
pdf
13.5 0.97 14.0
KSP-F12-3S4P-W1-X
pdf
13.5 1.46 9.2
KSP-F12-4S3P-W1-X
pdf
13.5 1.95 6.9
KSP-F12-6S2P-W1-X
pdf
13.5 2.97 4.5
KSP-F12-12S1P-W1-X
pdf
13.5 6.00 2.2
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(Ta=25ºC AM1.5 1kW/m² without reflector)
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Sphelar® One
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Photo; Sphelar® One   A spherical micro solar cell moulded in a plastic case. This set reflects the feature of Sphelar® cell that captures the light from all directions.
 
Part no. Maximum Power
Pmax (mW)
Maximum Power Voltage
Vpm(V)
Maximum Power Current
Ipm(mA)
Dimension
OD× H (mm)
Mass
(g)
Case Status
KSP-OC-1830MR-ER-X03
pdf
0.60 0.481 1.25 φ3×5.3 0.15 φ3 plastic mold ES
KSP-OC-1850MR-ER-X01
pdf
0.66 0.484 1.38 φ5×7.7 0.20 φ5 plastic mold ES
KSP-OC-1830MR-ER-FL01 0.49 0.480 1.03 φ3×3.3 0.13 φ3 plastic mold w/o flange Preliminary
KSP-OC-1850MR-ER-FL01 - - - φ5.04×7.45 - φ5 plastic mold w/o flange Coming soon
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(Ta=25ºC AM1.5 1kW/m² without reflector)
 
Sphelar® Dome
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photo; Sphelar® Dome   Designed for outdoor sensing and wireless devices. Due to hemisphereric shape, these modules yield energy earlier in the morning and later in the evening than flat one.
 
Part no. Maximum Power
Pmax (mW)
Maximum Power Voltage
Vpm(V)
Maximum Power Current
Ipm(mA)
Dimension
OD× H (mm)
Mass
(g)
Case Status
KSP-HH-10S77P100-F0-X
pdf
400 4.6 87.0 φ105×56 about 300 Acrylate Resin ES
KSP-HH-10S45P 75-F0-X
pdf
230 4.6 52.0 φ 75×43 about 200 Polycarbonate Resin ES
KSP-HH-13S44P 75-S0-X
pdf
124 6.1 20.4 φ 75×44 about 200 Polycarbonate Resin ES
KSP-DR-10S77P100-F0-X
pdf
400 4.6 87.0 φ105×32 about 170 Acrylate Resin ES
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(Ta=25ºC AM1.5 1kW/m² with reflector)
 










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