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November 10, 2007 – Pacific Silicon Sensor Inc. announces the introduction of a normalizing circuit for its “QP50-6SD2” quadrant detector with sum & difference circuitry. The new circuit “QP-SD-NORM PCBA makes fluctuations in illumination sources no longer a problem in position sensing applications. The new circuit takes the two difference outputs (bottom minus top; left minus right) from our its “QP50-6SD2” and divides them by the sum output to produce two “normalized” difference voltage outputs, now independent of light intensity.
Applications include: signal null detector as part of a servo system to maintain light beam position, an aiming system using a laser beam and position sensing in general.
Press Release (PDF) |
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Mouser Signs Distribution Agreement with Pacific Silicon Sensor, Inc. |
Mansfield, Texas, USA – June 6, 2007 – Mouser Electronics, Inc., known for its rapid introduction of the newest products, today announced it has entered into a distribution agreement with Pacific Silicon Sensor, Inc., a wholly-owned subsidiary of Silicon Sensor AG, and leader in high-quality silicon-based optical sensors used in medical, military/aerospace, security, industrial, and automotive applications. Mouser will stock a wide range of Pacific Silicon Sensor’s silicon PINs, standard photodiodes, avalanche photodiodes (APD), and position sensitive detectors (PSD), with both single and dual axis.
Press Release (PDF) |
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Land Purchase Completed for 6" Sensor Factory |
Silicon Sensor GmbH, a fully owned subsidiary of Silicon Sensor International AG, has bought a property from the state of Berlin for building a new 6" sensor factory to be completed by the end of 2007. This is another step in the group’s successful growth strategy.
For more information see our website at: www.silicon-sensor.com
or call +49-(0)30 - 20 94 57 10
Press Release (PDF) |
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New Rectangular Active Area Avalanche Photodiode |
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Pacific Silicon Sensor Inc. announced the introduction of a new rectangular active area avalanche photodiode ideal for use in laser radar and laser distance measurement applications. The AD003B-9 TO5i (PDF) provides low noise performance and high QE at 905nm making it well suited for many standard laser diode wavelengths. The low profile hermetic TO style package provides rugged packaging for the harshest environments and ease of handling. Additionally, the high speed response and unique rectangular active area are well suited for front wave return signal detection.
Special Characteristics:
- Quantum efficiency > 80% at λ760 - 910 nm
- High Speed, Low Noise
- Rectangular active area
- Low slope multiplication curve
Contact Pacific Silicon Sensor for a full data sheet and ordering information. Pacific Silicon Sensor is part of the Silicon Sensor AG family: World leaders in Silicon Sensor Technology. More can be found at www.Pacific-Sensor.com or by calling (818) 706-3400. |
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Pacific Silicon Sensor signs new Manufacturer’s Representative |
Pacific Silicon Sensor Inc. announced today that it has signed an exclusive sales agreement with Conti-Younger Associates for the 6 states comprising New England (Maine, New Hampshire, Vermont, Massachusetts, Connecticut and Rhode Island).
Conti-Younger Associates was founded in 1966 and is located in Marlboro, MA and already represents well known companies such as Panasonic, Tyco, Molex and Fuji Electric. Robert Conti, President of Conti-Younger stated, “We are very pleased to have a strong optical technology like Pacific Silicon Sensor as part of our offering. New England remains a strong market for high technology companies, and the photodiodes, APDs and optical assemblies manufactured by Pacific Silicon Sensor are very synergistic to our growth initiatives.”
Mark Nicklas, VP of Sales & Marketing for Pacific Silicon Sensor added, “I have worked with Conti-Younger in the past and have always had great respect for their service based sales approach. This venture will be good for Pacific Silicon Sensor, Conti-Younger Associates, and our customers throughout New England.”
Pacific Silicon Sensor is part of the Silicon Sensor AG family: World leaders in Silicon Sensor Technology. More can be found at www.Pacific-Sensor.com or call (818) 706-3400.
Conti-Younger Associates can be found at www.Conti-Younger.com or call (508) 485-7204. |
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Position Sensor and Circuit |
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Pacific Silicon Sensor Inc. announced the introduction of a light beam position sensor module, part number DL400-7PCBA (PDF) , that includes processing circuits. The duolateral position sensor has an active area of 20mm x 20mm. The entire circuit module measures only 2.25" x 1.75". The circuit contains amplifiers that convert the currents, generated by the light spot, to voltages. The voltage is then processed to provide bipolar signals for the X and Y coordinates. Integral photodiode bias circuitry is also included, as well as a sum circuit to monitor light intensity.
This module can be used to measure light beam movement with considerable accuracy. The outputs can be used to automatically align laser beams in optical instruments. The position sensors are also used to check the deflection of long mechanical assemblies such as aircraft wings. Other uses include the determination of the strain experienced by loaded structures such as bridges and support structures. |
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APD50
Avalanche Photodiode Preamplifier Module |
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Pacific Silicon Sensor Inc. announces the introduction
of the newest addition to its family of Silicon Avalanche
Photodiode (APD) Products, the APD50 (PDF) Avalanche
Photodiode Preamplifier Module. The APD50 combines
a low noise, high bandwidth amplifier, a temperature compensated
APD bias supply and any one of Pacific Silicon Sensor’s –8
series Avalanche Photodiodes, all in a single module.
The only requirement for operation is a +/-15V power supply.
The module’s performance is determined by the active
area size of the APD that is installed. Specifications for
Pacific Silicon Sensor’s 500mm diameter (AD500-8) and
2500um diameter (AD2500-8) Silicon Avalanche Photodiodes
are shown on the module’s data sheet. Responding to
light in the 400 – 1000nm range, the module allows
the user to detect high speed, low intensity light pulses
for a variety of applications.
- DC to 25MHz operation with AD500-8
- Fully DC-coupled with good pulse response
- 8 different APD detector sizes available
- 50 ohm output for driving long cables
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AD
500-1.3G-MINI |
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June
20, 2003, Westlake Village, CA: Pacific
Silicon Sensor, Inc. announces the introduction of the
newest addition to its family of Silicon Avalanche Photodiode
(APD) Hybrids. The AD
500-1.3G-MINI (PDF) combines a 500µm diameter Silicon
Avalanche Photodiode with high-speed transimpedance amplifier,
all conveniently housed in a hermetically sealed miniature TO-18
can. Responding to light in the 350–1100nm range, the device
is an ideal candidate for any high-speed data acquisition application
where space is limited. Applications include Free Space Optical
Communication, test benches and many other data transfer applications.
The AD
500-1.3G-MINI is now part of PSS’s expanded
line of APD hybrids and is available in a variety of window/lens
configurations including a Small Aperture version for direct
fiber coupling and a Ball Lens version.
This unique device allows the user to detect
high speed, low intensity light pulses in a variety of applications.
It provides an output of 40mV peak-to-peak for an input of
1 microwatt at 880nm. This configuration will achieve a data
bandwidth of up to 1.3GHz. Since the device is complete, the
Optical Data Receiver provides a significant advantage in both
space and cost over discreet components. |
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Monolithic
16 Element Linear Silicon Avalanche Photodiode Array |
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June 15, 2002,
Westlake Village, CA: Pacific Silicon Sensor,
Inc. announces the introduction of their newest product,
a monolithic 16 element linear Silicon Avalanche Photodiode Array.
This array is based on Pacific Silicon Sensor’s proprietary
bearer enhanced APD processing, resulting in a spectral response
range of 400nm-1100nm with each element producing an output of
approximately 60 amps per watt at the popular 905nm wavelength.
This array, part number AD-LA16-9DIL
(PDF) , is housed in an 18-pin dual-in-line ceramic package with
a clear glass window. Each one of the 16 elements has an active area of 640mm
X 239mm with a separation of only 112µm (320mm pitch). It is the first
Silicon Avalanche Photodiode array of its kind to reach the market. With typical
uniformity of response of +/- 5% (at a gain of 50 (M=50)), this device stretches
the existing limits of previous technology. Its low slope multiplication curve,
excellent uniformity of response and high speed make this array an ideal candidate
for a variety of LiDAR and imaging applications. PSS can provide this APD array
in a variety of alternative packaging including hybridized with first stage
electronics. |
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Near
InfraRed Enhanced Silicon Avalanche Photodiodes |
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April 10, 2002,
Westlake Village CA: Pacific Silicon Sensor,
Inc. Announces the introduction of a new series of Near
Infrared enhanced Silicon Avalanche Photodiodes (APD’s). PSS’s
new Series-9
(PDF), NIR enhanced response APD’s are now available in
sizes ranging from 230 micron diameter all the way up to 5mm in
diameter. Due to their unique construction and clean processing
techniques, Series 9 NIR enhanced APD’s have a responsivity
of almost 60 amps per watt (60 A/W) at the popular 905nm wavelength.
With their high responsivity, low dark noise and fast response,
this series of devices make them ideal for most LiDAR applications. |
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Position
Sensor and Circuit |
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Pacific
Silicon Sensor Inc. announced
the introduction of a light beam position sensor module,
part number DL100-7PCBA3
(PDF) , that includes processing
circuits. The duolateral position sensor has an active area
of 10mm x 10mm. The entire circuit module measures only 1.65" x
1.125". Different size position sensors can also be fitted
to the same module. The circuit contains amplifiers that
convert the currents, generated by the light spot, to voltages.
The voltage is then processed to provide bipolar signals
for the X and Y coordinates. Integral photodiode bias circuitry
is also included, as well as a sum circuit to monitor light
intensity.
This
module can be used to measure light beam movement with considerable
accuracy. The outputs can be used to automatically align
laser beams in optical instruments. The position sensors
are also used to check the deflection of long mechanical
assemblies such as aircraft wings. Other uses include the
determination of the strain experienced by loaded structures
such as bridges and support structures. |
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Wavelength
Sensor and Circuit PSS-WS-7.56-PCB |
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Pacific
Silicon Sensor Inc. just introduced
a new Wavelength Sensor and Circuit. The WS-7.56-PCBA2
(PDF), is a unique wavelength
sensor based on Silicon Photodiode Technology. The sensor
is constructed monolithically by superimposing two photodiodes
vertically. The active area is 7.5mm2 (2.7mm x
2.7mm). This device is most useful for the wavelength determination
of monochromatic light sources such as lasers and LEDs.
The
sensor is mounted on a PCB, as shown, with all the necessary
circuitry to convert incident wavelength to an output voltage.
The voltage is directly proportional to wavelength in the
range of 450nm to 900nm. The output is independent of illumination.
The circuit provides switched gain controls to accommodate
various output requirements. As an example, a typical output
is 1.7 volts for a wavelength of 670nm, with a gain setting
of 5. The output provides typical information and must be
calibrated against known sources of accuracy. Resolution
of 0.1nm is possible. The circuit requires ±15 volts
and consists of two logarithmic amplifiers and a ratio calculator.
The sensor is mounted on a temperature monitor for reference.
Applications
include laser monitoring, matching of LEDs and other light
sources. |
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Optical
Data Receiver with Avalanche Photodiode and 1.3Ghz Amplifier |
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September
7, 2000 - Pacific Silicon Sensor
Inc. announces the introduction
of an Ultrasensitive Optical Data Receiver, part number AD500-1.3G-TO5
(PDF), designed for near
IR wavelengths and with a bandwidth of 1.3 Gigahertz (–6db)
utilizing a 500µm diameter avalanche silicon photodiode (APD).
The spectral response of the receiver is in the 350nm to
1050nm range with a peak response at 750nm. At a bias of
155 volts the gain of the APD is 200. The APD is coupled
with a transimpedance amplifier that operates on 3.5 to 5.0
volts and both the APD and the amplifier are contained in
a hermetically sealed TO5 housing. The combination provides
output of 40mV p-p for a radiant 880nm input of 1 microwatt.
The
AD500-1.3G-TO5 provides a significant cost advantage over
receivers operating in the far IR range (i.e., 1300nm and
longer). |
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Quadrant
Photodiode for Surface Mounting |
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Pacific
Silicon Sensor Inc. just introduced
a new Quadrant Silicon Photodiode with a total active area
of 50mm2 supplied in a surface mount package,
part number QP50-6-SM
(PDF).
The
quadrant features a very small element gap of 42 microns. Capacitance
per quadrant is typically 17 pF at 12 volts bias. Spectral
responsivity is 0.45A/W at 663nm with a rise time of 45ns.
Dark current is less than 10nA per segment at 10 volts. The
package measures 14.5mm x 16.6mm and is 2.2mm thick. A clear
non-darkening resin protects the photodiode. Surface mounting
can be accomplished by re-flow soldering or by the use of conductive
epoxy.
Applications
include laser centering and general light beam aiming devices. |
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Wavelength
Sensor |
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Westlake
Village, California, June 1,2000 - WS-7.56 is
a wavelength sensor operating in the range of 450 to 900 nm.
This unique sensor can determine the actual wavelength of monochromatic
light (such as lasers or LED's) and determine the spectral
peak of light containing many wavelengths. The measurement
is accomplished by comparing the light entering two silicon
photodiode junctions superimposed on each other. The top layer
junction absorbs the shorter wavelengths (such as blue light)
and passes the longer wavelengths (such as red light). the
quotient of the two outputs is directly proportional to the
incident wavelength. This is independent of light intensity
until saturation occurs. The sensor has an active area of 7.56mm2 and
is housed in a hermetically sealed TO-5 case. Applications
include laser testing, LED sorting, analytical instruments
and color matching. |
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Quadrant
Photodiode with Sum and Difference Circuit |
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Westlake
Village, California, March 8, 2000 - QP50-6SD2
(PDF), is a
Quadrant Silicon Photodiode, with circuitry for many applications.
The Quadrant Photodiode usually provided, is a 7.8mm diameter
(50mm2) array, with 42 micron gap between quadrants.
Other array sizes are available on request. Spectral response
of the array ranges from 350nm to 1000nm. The array is housed
in a TO-8 case with a glass window. The included circuit
contains four amplifiers, each with a gain of 104.
The amplified output is processed using sum and difference
circuitry to provide position and nulling information. A ±15volt
power supply is required.
Applications
include: signal null detector as part of a servo system to
maintain light beam position, an aiming system using a laser
beam and position sensing in general. |
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