Free Gadget Manuals: 05/02/10

Charge Preamplifiers ICP 100/110/120 Operators Manual

The Charge Preamplifiers ICP1×0 are used for piezoelectric transducers with charge output. These types of transducers are frequently given preference over ICP® compatible transducers because of their smaller dimensions and their higher dynamic range. Sometimes high temperature at the measuring point does not allow electronic circuits near to this place. The Charge Preamplifiers ICP1×0 have an ICP® compatible voltage output with low impedance. The output signal can be transmitted over long distances using inexpensive coaxial cables. The ICP1×0 is supplied by constant current via the output cable. Therefore, a special cable for power supply is not required.

Function
The abbreviation ICP® means “Integrated Circuit Piezoelectric”. It has been established be- tween many other brand names as
industrial standard for piezoelectric transducers. The integrated circuit of the Charge Preamplifier transforms the charge signal of the piezo ceramics, with its very high impedance and high sensitivity against interference, into a voltage signal with low impedance. This signal may be transmitted and processed much easier than the high impedance charge signal.

The distinguishing feature of the integrated circuits for impedance transformation is, that power supply and measuring signal are transmitted via the same cable. Figure 1 shows the circuit diagram. For easy separation of the low impedance output signal from the power supply, the amplifier circuit is supplied with constant current. This constant current has to be fed into the measuring line.

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TEW-410APB Wireless 802.11g AP User’s Manual

The package you have received should contain the following items:
- AP Wireless 802.11g AP
- User Guide
- Power Supply / Cord
- Ethernet Cable

Your Wireless AP should be placed in a safe and secure location. To ensure proper operation, please keep the unit away from water and other damaging elements. Please read the user manual thoroughly before you install the device. The device should only be repaired by authorized and qualified personnel.

- Please do not try to open or repair the device yourself.
- Do not place the device in a damp or humid location, i.e. a bathroom.
- The device should be placed in a sheltered and non-slip location within a temperature range of +5 to +40 Celsius degree.
- Please do not expose the device to direct sunlight or other heat sources. The housing and electronic components may be damaged by direct sunlight or heat sources.

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BluBridge Mobile - Wireless music transmitter and receiver

Your new BluBridge Mobile device is a wireless music transmitter and receiver. BluBridge Mobile allows for Bluetooth devices, such as cell phones, iPods and other music sources to send wireless music to the BluBridge Mobile. The BluBridge then acts as a “bridge” converting the wireless music into a line level audio input for your home theatre or existing music system. Now you can listen to all your digital content anywhere the mood strikes you. Grab and Go with the rechargeable battery or continuous with USB. BluBridge Mobile can also send audio to other Bluetooth equipped devices. For example, you can transmit the audio from the TV or Stereo to other BluBridge products or any compatible Bluetooth device.

Bluetooth Communication
Install the BluBridge Mobile in an open area; Bluetooth wireless Class 2 operates within a “line of sight” range of approximately 30 ft. or 10m. A Bluetooth device emits radio waves; therefore in rare circumstances it may affect electronic medical devices. Turn off and do not use near: hospitals, flammable gas or gas stations.

Your BluBridge Mobile complies with Bluetooth security standards. However, when using any wireless technology, there’s always a small potential for a security compromise.

NOTE: Bluetooth devices and Wireless LAN (IEEE802.11b/g) use the same frequency, interferences may occur. This may lead to communication problems including noise or dropped connections. In such cases, turn off the respective device to avoid inferences. As specified by Bluetooth SIG, the BluBridge Mobile has passed the interoperability testing and conforms to Bluetooth standards. Devices that have not passed testing may not work properly.

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Fusion Remote/Fusion Remote Black User’s Manual

The Fusion Remote comes without a power supply. Make sure you choose a power supply that is compatible with your computer components and has a long enough power harness to reach your motherboard and peripheral devices. We recommend our TruePower Trio, or NeoPower power supplies for the latest ATX specification compliance, broad compatibility, and power savings capability.

Although care has been taken to prevent sharp edges in your Antec case, we strongly recommend taking the appropriate time and care when working with it. Avoid hurried or careless motions and the use of excessive force. Please use reasonable precaution.

Setting Up
1. Place the case upright on a flat, stable surface.
2. Remove the thumbscrew from the back of the top panel. Slide the panel towards the rear to remove it from the case.
3. Inside the case you should see some wiring with marked connectors (USB, PWR etc.), an installed I/O panel and a toolbox containing all the screws you need to install the components.

The Triple Chamber structure
Upon opening the top panel, you will find that the case is divided into three chambers: the power supply chamber, the motherboard chamber and the HDD chamber. This triple chamber structure isolates the heat and noise within each chamber, resulting in much quieter and cooler operation than a traditional desktop case design.

Installing the Motherboard
This manual does not cover CPU, RAM, or expansion card installation. Please consult your motherboard manual for specific mounting instructions and troubleshooting.

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Dexterous Tweezers Hardware Manual

The prototype tweezers for micro-manipulation are placed on the fixed blocks. One finger of tweezers is perpendicular to the other finger. Unlike the usual parallel configuration of tweezers, the perpendicular configuration makes it possible to rotate a micro-component by controlling the deflection of each arm of tweezers separately.

Each finger of the tweezers is pushed and bent by its piezoelectric actuator. The deflection of finger is controlled by the voltage to the piezoelectric actuator. It is possible to measure the deflections and the forces of both fingers by the strain gauges attached to the base and the tip sheets.

The PCB substrate is on the XYZ stage. The stage is actuated by stepping motors in the X, Y and Z directions. We supply a micro-component on the substrate and move the substrate stage so that the tweezers can manipulate the component.

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Px2 User Manual

The Px2 device is to be used by those trained in the troubleshooting and diagnostics of passenger cars, hybrid vehicles and light duty trucks. The user is assumed to have a very good understanding of the electronic systems contained on the vehicles and the potential hazards related to working in a shop-floor environment.

Dearborn Group understands that there are numerous safety hazards that cannot be foreseen, so we recommend that the user read and follow all safety messages in this manual, on all of your shop equipment, from your vehicle manuals, as well as internal shop documents and operating procedures.

The Px2 is a Pass-Thru device that utilizes the SAE J2534 API and is typically used for programming automotive ECUs (Electronic Control Units). The unit can also be used to provide programming for module development, for end-of-line vehicle testing/programming or for vehicle ECU reprogramming.

The Px2 is also a useful tool for vehicle diagnostics, ECU development, general module design, hardware-in-the-loop simulation or anywhere that communication with a vehicle network is required.

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HE104+DX - High Efficiency Vehicle Power Supply DC to DC Converter Manual

The HE104+DX is a high efficiency, high performance DC-to-DC converter that supplies +3.3V, +5V, +12V & -12V outputs to the PC/104 and the PCI-104 bus (also known as the Plus connector on the PC/104+ format). The HE104+DX is designed for low noise embedded computer systems, has a wide input range of 6-40V(>6:1) and is ideal for battery or unregulated input applications. The HE104+DX is specifically designed for vehicular applications and has heavy-duty transient suppressors (9000W on both main and secondary inputs) that clamp the input voltage to safe levels, while maintaining normal power supply operation.

The HE104+DX is a state-of-the-art Mosfet based design that provides outstanding line and load regulation with efficiencies up to 90 percent. Organic Semiconductor Capacitors provide filtering that reduces ripple noises below 20mV. The low noise design makes the HE104+DX ideal for use aboard aircraft or military applications or wherever EMI or RFI must be minimized. The +5VDC and +12VDC outputs are controlled by a constant frequency architecture regulator that provides excellent line and load transient response.

The HE104+DX has an opto-coupled on/off input (SD) to control the outputs of the HE104+DX. To enable the HE104+DX outputs, a 6 to 40V signal must be connected to the SD input. If remote control is not required, the SD input can be connected to the main power input. The common for the remote 6 to 40V signal must be connected to the HE104+DX common. If the SD input is connected directly to the main input power connector, the common for the SD input is already done.

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Word Way User Manual

Word Way is a collection of ten interesting and purposeful learning activities designed to help students acquire language skills. The program is non-linear and non-hierarchical, and students are free to start or leave any of the activities at any time. Each of the ten activities requires the student to use specific reading and writing skills. The skills required are listed in the table on page 5 and within each online activity.

Suggested grade range
The topics in Word Way are often introduced in grade 3 classrooms. Due to its structure, which allows students to freely explore a wide variety of activities and communication skills, the program, especially in combination with others in the series (Write Way, for example) may be used in higher grades for students in need of remediation and practice in basic language fundamentals such as grammar, vocabulary and spelling.

Recommendations for use
Word Way is designed to supplement the language curriculum. It is not designed to be a primary source of instruction. Because it is highly motivating, it is particularly suitable and useful as a tool for remediation and reinforcement. Most students readily begin exploring Word Way on their own, require little supervision and enjoy working with the activities for a full class period or more. The program is designed to be used independently by students and does not require close adult supervision.

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Nikon COOLPIX995 Digital Camera User Manual

Thank you for purchasing the Nikon COOLPIX995 digital camera-a camera that is sure to make photography a bigger part of your life. Get to know your COOLPIX995 digital camera, and be sure to read this manual thoroughly before using it. We recommend that you keep this manual handy.

The Nikon COOLPIX995’s performance has been optimized for use with Nikon brand accessories. Accessories made by other
manufacturers may not meet Nikon’s criteria for specifications, and nonconforming accessories could damage the
COOLPIX995’s components. Nikon cannot guarantee the COOLPIX995’s performance when it is used with other than Nikon
brand accessories.

Fast Track Guide
In addition to taking first time users step-by-step through the process of setting up and using the camera, the printed Fast Track Guide gives a quick overview of camera settings.
Take trial shots
Take trial shots before shooting at important occasions like weddings or graduations.
Have Nikon check your camera regularly
Nikon recommends that you have your camera serviced by an authorized dealer or service center at least once every two years.

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Romanian Manuscript Project: Using the Nikon D2x

The Nikon D2x is a very complex and feature-laden piece of equipment. This document is not intended to be a replacement for the Nikon camera’s comprehensive user manual. For the sort of photography we will be doing in Romania, the user will be controlling the camera via PC computer software. Those wanting to become expert with all the Nikon’s settings and controls should study the manual if need be.

The D2x is Nikon’s top digital camera; it is a large and rugged single-lens-reflex (SLR) camera resembling a conventional film camera. It can be fitted with a huge array of interchangeable lenses and other accessories. It also offers the user a bewildering array of menus, buttons, switches and settings. These are explained in detail in the camera’s user manual. Fortunately, HMML camera technicians need only concern themselves with the controls needed for manuscript photography, many of which are set using computer software.

Nikon D2x Digital SLR. Shown with 35mm f2 lens.
Lenses
Two Nikon lenses are being sent with the two camera bodies. The first is Nikon’s 18-70mm zoom lens, the one specifically designed for their digital SLR cameras. This zoom lens covers a useful range of viewing angles from wide angle to mild telephoto, making it quite versatile. The other lens is a fixed-focal-length 35mm lens (sometimes referred to as a prime lens).

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NIKON Autofocus SB-28D and SB-28DX Speedlight

For Using with your KODAK PROFESSIONAL DCS 600 Series Camera

When using the flash off-camera with a dedicated sync cord: Aim the flash directly at the subject. Aiming the flash incorrectly can cause over- or under-exposure. Be careful not to cover the sensor on the Speedlight. This can produce unexpected results. Refer to the DCS 600 Series User’s Manual (included on the documentation CD), or the SB-28 instruction manual (included with your Speedlight.

General guidelines for using the SB-28D/SB-28DX Speedlight with your DCS 600 Series camera: Use the Sub-Command dial, not the lens aperture ring, to set aperture. Using the Sub-Command dial assures that the Speedlight receives the lens aperture setting. Set Flash mode to Auto Aperture.

TTL auto flash is NOT recommended. The automatic exposure control range of the SB-28DX Speedlight is partially determined by the selected ISO speed on the camera. Closer subjects may require lower ISO settings. The following table specifies the widest aperture recommended for each camera’s minimum ISO.

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Nikon Microscope ECLIPSE E800 Instructions Manual

The coarse focus stopper marks the stage position at which the specimen is in focus by restricting the movement of the coarse focus knob. (Movement of the stage by the fine focus knob is not restricted.) Once the coarse focus stopper is clamped in place, the coarse focus knob cannot be used to move the stage any higher. In effect, once the coarse focus knob is clamped in place at the focus position, a rough focus can be attained the next time simply by turning the coarse focus knob as far as it will go. This feature is convenient when viewing similar specimens one after another. If the coarse focus stopper is not being used, the coarse focus stopper ring should be loosened as far as it will go (by turning it as far as it will go in the direction opposite to that indicated by the arrow on the base of the microscope.)

Using the coarse focus stopper With the specimen in focus, turn the coarse focus stopper ring as far as it will go in the direction indicated by the arrow on the base of the microscope (about 270°). The coarse focus stopper is now clamped in place. When changing the specimen, lower the stage by turning only the coarse focus knob. After changing the specimen, gently raise the stage by turning only the coarse focus knob as far as it will go. The specimen should be roughly in focus when the stage has been raised as far as it will go; use the fine focus knob to bring the specimen into perfect focus.

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Nikon 20FM Instructions Manual

The Nikon FM is a compact 35mm single-lens reflex camera that offers a host of advanced features amateur photographers and professionals a like will appreciate.It is designed to accept virtually every accessory of the Nikon System-the most comprehensive ever created for photography-so it can do virtually everything the top rated SLR’s can do with that unique precision and reliability which you have come to associate with Nikon. To get the most out of this camera, study the instructions in this manual carefully, as well as those in related manuals, and practice using the controls—before loading the camera with film. Keep the manual on hand for ready reference until you have mastered operation. The few minutes you spend familiarizing yourself with the camera will guarantee you the best results and increase your pleasure in taking pictures many times over.

The Nikon FM’s built-in exposure meter is powered by two button-cell type 1.5V silver-oxide batteries. These are mounted in the battery clip, which forms a single unit with the battery chamber’s coin-slotted lid, in the camera’s base-plate. To install the batteries, first unscrew the lid by turning it counterclockwise, with a coin or something similar, until it can be freely removed by hand. Then, seat the two batteries in the battery clip, one on top of the other, making sure that their respective plus (+) and minus ( - ) indications correspond with similar marks provided in the clip. After seating the batteries correctly, replace the lid, and secure the connection by turning it clockwise with the coin as far as it will go. It is advisable to remove the batteries, when the camera is not to be used for a long period, to prevent battery leakage within the camera; for additional information on this, refer to “Tips on Camera Care” on page

Checking Battery Power
To check battery power, move the camera’s film advance lever from the flush to the stand off position by pulling it just far enough to uncover the red index on top of the camera. Then, look through the viewfinder. If any of the LED (light emitting diode) exposure indicators is on, battery power is sufficient for proper operation. Otherwise, check battery seating and make adjustments, if necessary. Should the LED display still fail to light up, change batteries.

Important: When the camera is not in use, make sure that the film advance lever is positioned flush with the camera body.As the lever doubles as the meter on/off switch, leaving it in the stand-off position will result in the camer4’s bat- tery being completely drained in just a few days.

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Nikon M-22U Measuroscope QC-5200 Software

The Nikon M-22U Measuroscope is used to measure the lateral distance between two features on a substrate. The system uses video edge detection to reduce operator error by removing judgment inconsistencies. Resolution depends on magnification of objective and type of detection selected. Minimum resolution is 100 nm for 100x objective and video edge detection.

Video Edge detection
– Detects edges from distinct variations in field intensity
– Must have objective selection on the screen the same as the objective in use.

Probes
• Singly ‘fired’ by pressing the center scroll button on the mouse.
• Continuously fired by selecting ‘continuous fire’ on menu created by right clicking over video view.

To acquire points:
1. Select a feature measurement (on upper center menu) or use Measure Magic
2. Select a probe
a. One of those listed above, or
b. New probe can be used by selecting a point or multiple points depending on if measuring a point, line, or arc/circle (1, 2, or 3 points, respectively). The last point selected should be ‘dragged’ across the edge by the mouse to create the proper probe.
3. Position the probe over the video image
4. Size the probe
5. Select direction of scan (light to dark, dark to light, or first edge)
6. Click the center mouse button to fire

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CCD Camera Operating Manual

These large format cameras are SBIG’s sixth generation CCD cameras and represent the state of the art in CCD camera systems with their low noise and advanced capabilities, including Kodak’s new Blue Enhanced E series of CCDs, high speed USB interface, internal filter wheel and dual self-guiding modes. We feel that these cameras will expand your astronomy experience by being able to easily take images like the ones you’ve seen in books and magazines, of structure never seen through the eyepiece. SBIG CCD cameras offer convenience, high sensitivity, and advanced image processing techniques that film just can’t match. And now, with these large format cameras, digital imaging is directly comparable to 35mm film with its wide field of view. In addition, CCDs allow a wide range of scientific measurements and have established a whole new field of amateur astronomy that is growing by leaps and bounds.

The Research Series cameras include several exciting new features: internal self-guiding (US Patent 5,525,793), optional remote self-guiding, internal filter wheel, two-stage cooling, high speed USB interface and more. These cameras have two CCDs inside, one for guiding and a large one for imaging. An optional remote guiding head may be added for guiding through an external optical system or through an off-axis guider placed before the camera. The low noise of the read out electronics virtually guarantees that a usable guide star will be within the field of the guiding CCD for telescopes with F/numbers F/6.3 or faster. The two-stage new cooling design is capable of exceptional performance even in warm climates. The relay output plugs directly into most recent commercial telescope drives and is easily modifiable to virtually any drive system. As a result, you can take hour long guided exposures with ease, using either the built-in guiding CCD or the remote guiding head. The internal guiding CCD eliminates differential deflection of guide scope relative to the main telescope and requires no radial guider setup hassles. The remote guiding head allows for a convenient alternative when imaging through narrow band filters where suitable guide stars may be difficult to find. This dual tracking mode capability, coupled with the phenomenal sensitivity of the CCD, will allow the user to acquire observatory class images of deep sky images with modest apertures! The technology also makes image stabilization possible through our AO-7.

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Celestron CPC GPS Instruction Manual

The CPC GPS ushers in the next generation of computer automated telescopes. The CPC series uses GPS (Global Positioning System) technology to take the guesswork and effort out of aligning and finding celestial objects in the sky. Simple and easy to use, the CPC with its on-board GPS, is up and running after locating just three celestial objects. It’s so advanced that once you turn it on, the integrated GPS automatically pinpoints your exact coordinates. No need to enter the date, time, longitude and latitude or even know the name of a single star in the sky. If you are new to astronomy, you may wish to start off by using the CPC’s built-in Sky Tour feature, which commands the CPC to find the most interesting objects in the sky and automatically slews to each one. Or if you are more experienced, you will appreciate the comprehensive database of over 40,000 objects, including customized lists of all the best deep-sky objects, planets and bright double stars. No matter at what level you are starting out, the CPC will unfold for you and your friends all the wonders of the Universe.

Some of the many standard features of the CPC include:
• Integrated Global Positioning System for easy alignment.
• Fully enclosed optical encoders for position location.
• Ergonomically designed hand controller – built into the side of the fork arm.
• Database filter limits for creating custom object lists.
• Storage for programmable user defined objects; and Many other high performance features!

The CPC’s deluxe features combined with Celestron’s legendary Schmidt-Cassegrain optical systems give amateur astronomers the most sophisticated and easy to use telescopes available on the market today.

Take time to read through this manual before embarking on your journey through the Universe. It may take a few observing sessions to become familiar with your CPC, so you should keep this manual handy until you have fully mastered your telescope’s operation. The CPC hand control has built-in instructions to guide you through all the alignment procedures needed to have the telescope up and running in minutes. Use this manual in conjunction with the on-screen instructions provided by the hand control. The manual gives detailed information regarding each step as well as needed reference material and helpful hints guaranteed to make your observing experience as simple and pleasurable as possible.

Your CPC telescope is designed to give you years of fun and rewarding observations. However, there are a few things to consider before using your telescope that will ensure your safety and protect your equipment.

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ISET ‐ Selecting a Color Conversion Matrix using Nikon D70

This document gives a step-by-step description of using ISET to calculate a color correction matrix (CCM). The method described here is the default used by ISET. It is based on (a) simulating the responses to a Macbeth Color Checker under a specific illuminant, and (b) using the simulated sensor responses to derive a 3×3 linear matrix (a CCM) that can be used for Manual Matrix Entry. During the process, several graphs and values of the color accuracy provided by the CCM are calculated.

The methods described in this application note can be used either for a simulated Macbeth Color checker, calculated from the Scene Window, or from a data set loaded from a file – say an image collected by a sensor in the lab. In the example illustrated here, we load the sensor data from a file. If you are working on a simulation, simply simulate the response by creating a Macbeth Color Checker in the Scene Window, set the optics and sensor parameters, and compute the simulated response.

How to Calculate a CCM
We illustrate the calculation using an image of Macbeth Color Checker acquired using a Nikon D70 under a D65 light. To obtain these data, we read the raw image from the Nikon D70 using Nikon Capture. Then, using the ISET script s_NikonD70_Sensor, we convert the NEF file into a Matlab file containing the raw sensor data from the Nikon. The script creates the data file in the form of an ISET sensor structure. The NEF file is large, so we do not include it in the ISET distribution.

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Nikon OMEGA BDC-250 User Manual

The Nikon OMEGA has been developed specifically for muzzleloaders – the size, optics and reticle are optimized for your sport. The OMEGA features Nikon’s new BDC-250 reticle that can be custom tailored for the trajectory of your load. We are very proud of the ruggedness and superb performance built into every Nikon rifle scope and the OMEGA carries on this tradition.

Mounting the Omega on your Muzzleloader*
Ensure the following is carried out before shooting your Omega equipped muzzleloader:
• All base and ring screws should be properly tightened. LocTite should be applied if suggested by the manufacturer of the scope mounts.
• The scope is positioned in the rings allowing correct eye-relief. You should see a complete field of view upon bringing the rifle to firing position. A good check for eye-relief is to close both eyes, shoulder the rifle, then open your shooting eye and examine the field of view. You should have a complete circular field of view every time.
• The reticle should be vertical. This can be assured by locking the rifle in a vise or suitable holder using a bubble level to ensure it is sitting square. Look through the scope at a known level surface. Loosen the rings screws enough to be able to turn the scope in the rings and level the horizontal section of the crosshair. This procedure is extremely important so that the firearm is not canted. Canting can have adverse effects on accuracy.

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ToneUp S3 Manual for Nikon D70

ToneUp v1.0r was a small application specifically designed to allow the user to upload custom tonal curves into their Nikon D70 digital camera. ToneUp S3 has taken the application a few steps further and now includes not only Nikon NEF processing but, with the incorporation of David Coffin’s excellent DCRaw, any DSLR raw image processing, along with Image printing, Image Transfering, Image Browsing and Time Lapse photography.

ToneUp is really two products in one :-
Firstly, for Nikon cameras it is a Custom Curve tool and, in its most basic form, allows you to upload custom tone curves into your Nikon DSLR camera.
Features specifically designed for custom curves are :-
Create curves with the Curve window *
Preview curves effects on loaded images *
Compare curves with the Curve Browser *
Import curves from Nikon Capture and Adobe Photoshop *
Download from the online curve database *
Upload from the online curve database *
Embed curves into NEFs
Extract curves from NEFs
* These features are all available for all camera makes, not just Nikon.

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Magic Red Cathepsin Flat Manual

Elevated cathepsin enzyme activity in serum or the extracellular matrix often signifies a number of gross pathological conditions. Cathepsin-mediated diseases include: Alzheimer’s; numerous types of cancer; autoimmune related diseases like arthritis; and the accelerated breakdown of bone structure seen with osteoporosis (1,2). Up-regulated cathepsin B and L activity has been linked to several types of cancer. These include cancer of the colon, pancreas, ovaries, breast, lung, and skin (melanoma) (3-6). Up-regulation of cathepsin K has been shown in lung tumors (8). Increased cathepsin K activity has also been linked to degenerative bone diseases including osteopetrosis and post-menopausal osteoporosis (1,7).

Cathepsins are usually characterized as members of the lysosomal cysteine protease (active site) family (9) and the cathepsin family name has been synomonous with lysosomal proteolytic enzymes (1). In actuality, the cathepsin family also contains members of the serine protease (cathepsin A,G) and aspartic protease (cathepsin D,E) families as well. These enzymes exist in their processed form as disulfide-linked heavy and light chain subunits with molecular weights ranging from 20-35 kDa (10). Cathepsin C is the noted exception, existing as an oligomeric enzyme with a MW 200 kDa (10). Initially synthesized as inactive zymogens, they are post-translationally processed into their active configurations after passing through the endoplasmic reticulum and subsequent incorporation into the acidic environment of the lysosomes (1,10).

Protease activity can be detected within whole living cells using ICT’s Magic Red™ substrate-based assay kits. Designated as the MR-Cathepsin product line, these kits allow researchers to quickly visualize intracellular cathepsin activity within their particular experimental cell line.

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Digi-SeaCam Manual

The Digi-seacam offers a flexible, high resolution digital photography system which provides a ‘drop in’ solution to a variety of Oceanographic imaging applications. The basic system provides a 4000 meter depth rated (optional upgrade to 6000 meter rating), 3.3 Mpixel, digital camera with up to 1GB of internal image storage and a corrected dome port which generates crisp, wide angle photographs exhibiting a minimum of geometric distortion. The camera can operate in either attended or unattended modes and provides the capability to operate, change time lapse settings, and upload photographs without opening the pressure housing.

CAMERA
CAMERA SYSTEM: Nikon Coolpix 995
(1) Image sizes (user settable): 2048 X 1536 (FULL), 1600 X 1200 (UXGA), 1280 X 960 (SXGA), 1024 X 768 (XGA), 640 X 480 (VGA) 2048 X 1360 (3:2).
(2) Optical Zoom: 4:1
(3) Lens: Nikkor, f 2.8 – 5.1, 10 elements, 8 – 32 mm.
(4) Viewfinder: NTSC or PAL monitor video available on test video output connector
(5) Storage, File System: Design rule for Camera File systems , Digital Print-Order Format (DPOF) compliant.
(6) Storage, Compression: JPEG-based-compliant, FINE (~ ž), NORMAL (~1/8), BASIC (~1/16), HI (uncompressed: RGB – TIFF).
(7) Storage, Media: CompactFlash Card (Type 1 or Type 2)
(8) Sensitivity: ISO 100 equivalent (selectable Auto, ISO 100, 200, 400, 800)
(9) Shutter: 8 sec to 1/2000 sec

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55-200mm f/4-5.6G ED-IF AF-S DX VR ZOOM-NIKKOR LENS Specs

Versatile and compact 3.6x Zoom-Nikkor approximates the picture angle characteristics of an 82-300mm lens in the 35mm format. Brings subjects closer to the photographer — fills the frame with portraiture, sports, wildlife and more.

Nikon’s exclusive Vibration Reduction (VR) reduces the effects of camera shake allowing photographers to shoot hand-held at as many as 3 shutter speeds slower* than would otherwise be possible, assuring dramatically sharper images in challenging conditions.

New compact rod-type Silent Wave Motor (SWM) enables ultra-high speed autofocusing with exceptional accuracy and super-quiet operation. An ED (Extra-low Dispersion) glass element minimizes chromatic aberration, contributing to superior optical performance.

Focus Mode switch enables quick-switching between A (Autofocus) and M (Manual Focus). 9-blade rounded diaphragm for more natural out-of-focus highlights. An excellent companion to the 18-55mm f/3.5-5.6G ED II AF-S DX Zoom-Nikkor. Engineered exclusively for use with Nikon DX format digital SLR cameras.

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AB-M Mask Aligner (OL-2) User Manual

Lightsource System and Intensity
A 1000Watt DUV lightsource used in this system has a broad band spectrum from 200nm to 450nm. However, the current system is configured in the mid-UV range of 350-450nm by using band-pass mirrors. The light intensity at 405nm wavelength is about 50 mW/cm2, and is 24 mW/cm2 at 365nm wavelength.

Wafer Chuck Selection:
3” Chuck: For 3” samples, round or aquare
2” Chuck: For 2” samples, round or square
Small Chuck: For 5 mm to 1” samples, square

Typical Operating Procedure
1. Start-up Lightsource
In the event that system is in a full ‘shutdown’ condition (i.e., system and lightsource power off), you must first bring the lightsource into operation. To start up the lightsource, complete the following procedures
1.1 Turn the POWER switch on the front of the intensity controller to the ON position. Press the “power on/off” button on the aligner (left-hand side) so it lights up. Warm up for 5 minutes.
1.2 Press and hold “START” switch to produce ignition of the mercury arc lamp.

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Myocyte Test Apparatus Models 803B Instruction Manual

The 803B Myocyte test apparatus was designed to enable physiology researchers to easily test myocytes with an ASI series 312C motor and a 400A series force transducer. The 803B consists of a 6-well aluminum bath plate with a glass bottom on all 6 wells, 2 TEC heater/coolers, water-cooled heat sink and an ASI model 825A Thermometer/TEC controller (see separate 825A manual for details on operating the temperature controller). All parts are manufactured from corrosion resistant materials (stainless steel, anodized aluminum and Delrin).

The 803B also includes a large cell mounting area located in front of the 6 working wells. The cell mounting area accepts a standard 3”x1”x1mm microscope slide. The upper surface of the microscope slide is flush with the top surface of the plate to allow easy transfer of mounted cells from the mounting slide to the working wells. The cell is normally glued between the output tube of the force transducer and the motor arm of the 312C Length Controller. The apparatus mounts on the surface of a microscope XY translation stage and is held in place with four 3mm flat head screws. In operation the desired bath is selected by moving the 803B bath plate relative to the length controller and force transducer using the microscope’s XY translation stage.

The bath plate is manufactured from anodized aluminum and has six round wells machined in its upper surface. This number allows for test protocols involving multiple solutions without the need to empty and re-fill the baths. All baths have a glass bottom to allow for microscope observation of the cell or for sarcomere length measurement. The glass on the bottom of the plate is a standard 1 ½ microscope cover slip that measures 22×40mm. The aluminum plate is coated with a special hard anodized coating with polymer impregnated in the surface. This ensures that the surface is inert as well as corrosion resistant.

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LU-CB1 Leiden Micro-Incubator User’s Manual

The LU-CB1 is a simple micro-CO2-incubator designed for use on the microscope stage of a inverted microscope.The micro-incubator is easy to use and offers a handy tool for the culture of cells under the microscope.The performance of the LU-CB1 com- pares well with that of a conventional CO2-microincubator. A standard 35 mm plastic or glass culture dish can be placed in the micro-incubator. The culture medium is then covered by a gas permeable layer of mineral oil, which protects the culture from the environment without affecting culture conditions,allowing easy cell manipulation under microscopical control.

Micro-Incubator Construction
The LU-CB1 Leiden Micro-Incubator consists of:
• 3 torroidal rings anodized with black aluminum-oxide film
• Two-turns of cantal or nichrome wire wound around the middle ring and connected to external 1 mm jacks
• Gas perfusion inlet
• Polyvinylchloride (PVC) support ring with magnetic base (metal top) to allow mounting of thermistor probes or other devices with magnetic holders around the incubator.(Support ring is fitted with wells that can be used as reference electrode wells for electrophysiological experiments and two screws to hold the micro-incubator in place.)
• 3 (PVC) insulating rings to avoid contact with the insert plate of the micro- scope stage and to prevent heat loss.

Get pdf LU-CB1 Leiden Micro-Incubator User’s Manual

DSL880AFZ series & DSL870AF series Instruction Manual

This is an innovative designed electronic flash for both digital cameras and film cameras. The features are leading photography into digital era. Advanced technology is used in the flash to control the correct amount of light output. Please kindly take few minutes to read the instruction manual before using.

Digital TTL / Auto Focus flash for:
C - Canon Digital E-TTL, E-TTL II cameras & E-TTL film cameras
N - Nikon Digital TTL, i-TTL cameras & TTL, i-TTL film cameras
O - Olympus Digital cameras
P - Pentax Digital P-TTL & film cameras
Sα - Sony Alpha & Minolta Digital ADI, D Lenses cameras & TTL film cameras

LOADING BATTERIES
Make sure the On / Off Switch is in Off position. Slide open the Battery Compartment Cover and insert 4 x AA batteries as symbols indicated in the battery compartment. Close the Battery Compartment Cover. Wrong polarities may cause batteries to heat up, leak, explode and damage the flash. When need to replace batteries, make sure all batteries are in same brand, type and same capacity.

ATTACHING FLASH TO THE CAMERA
• For types C, N & P: Loosen the Lock Ring. Slide the flash into camera accessory shoe. Tighten the flash with the Lock Ring.
• For Type Sα: Insert the Mounting Foot of the flash into camera accessory shoe. Then the flash is locked in place.
• For Type O: Insert the Mounting Foot of the flash into camera accessory shoe and press “LOCK” to lock the flash in place.

Get pdf DSL880AFZ series & DSL870AF series Instruction Manual

Prosilica GE4900 User Manual

The GE4900 series of cameras are sensitive, 3 frames per second, 16 megapixel, Gigabit Ethernet cameras based on the Kodak KAI-16000 CCD sensor.

GIGABIT ETHERNET PORT
This port conforms to the IEEE 802.3 1000BASE-T standard for Gigabit Ethernet over copper. It is recommended that CAT5E or CAT6 compatible cabling and connectors be used for best performance. Cable lengths up to 100m are supported.

TRIGGER INPUT
This input signal allows the camera to be synchronized to some external event. The camera can be programmed to trigger on the rising or falling edge of this signal. The camera can also be programmed to capture an image at some programmable delay time after the trigger event.
RS-232 RXD and RS-232 TXD
These signals are RS-232 compatible. These signals allow communication from the host system via the Ethernet port to a peripheral device connected to the camera.
ISOLATED GROUND
These signals are internally connected to isolated ground. At least one of these signals must be connected to the users external circuit ground. However, it is good practice to provide a dedicated ground return for each signal used. For example, a good cable design would connect the required signal on one conductor of a twisted pair and the isolated ground on the second conductor of the same twisted pair.
DNC
These signals are reserved for future use and should be left disconnected.

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PocketITP Version 1.2 User Manual

This manual provides instructions on the administration and use of this package, as well as tips on how to maximize the benefit that it can provide you. This package provides you with a FTP server containing features specifically tailored to improve the workflow of photographers. Aside from the basic features, it also offers the capability to rename files and dynamically build directory structures as files are uploaded - this provides the user with the ability to have their files sorted immediately after receipt.

This version is being supplied as freeware, meaning that it may be used without any payment. If there is sufficient interest, commercial versions will follow with additional functionality. If this package is helping you to make money, please consider making a contribution to help with future development.

System Requirements
This software will run on any PocketPC that is capable of running the Microsoft .NET Compact Framework (see www.microsoft.com for further information). To be functional, the machine will need an available network connection that can accept incoming connections. If you meet those requirements, the program will only need approximately 450KB of free space for the program files as well as sufficient room to store received files. The program uses approximately 2.5MB of RAM when idle, however it may require more to cache files when under heavy load.

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Comstat User Manual

COMSTAT is a program for quantification of three-dimensional biofilm structures. It analyzes stacks of images acquired with confocal laser scanning microscopy (SCLM). It was written as a script in MATLAB 5.3 (The MathWorks Inc., Natick, Massachusetts), equipped with the Image Processing Toolbox. The program is menu controlled, user-friendly, and requires no prior knowledge in programming or image analysis. MATLAB 5.3 equipped with the Image Processing Toolbox must be available on your computer. Later versions of MATLAB will also work fine.

Image formats
COMSTAT analyzes image stacks acquired with SCLM. Unfortunately, different confocal microscopes (Leica, Zeiss, Olympus, Nikon, Biorad) usually store image data in different formats. COMSTAT was originally designed to analyze images from the Leica TCS4D confocal microscope. However, COMSTAT can also analyze images in other formats, which will be described below.

At present, COMSTAT requires all images of a stack to be stored as individual ‘.tif’ images. The ‘.tif’ images can be of any sizes (e.g. 256×256, 512×512 and 1024×1024), and be 8-bit, 16-bit or 32 bit. However, all of the programs will convert the images into grey-scale 8-bit images. Using 8-bit 512×512 images is fine for the purpose of quantifying biofilm structures. COMSTAT requires an ‘.info’ file for each stack of images. An ‘.info’ file is a text file containing information about the image stack. COMSTAT uses informations from the ‘.info’ file when analysing the image stack, and it is therefore essential that the ‘.info’ file is present. The Leica TCS4D microscope automatically generates an ‘.info’ file when an image stack is saved. The Leica TCS4D ‘.info’ file contains image information such as the time and date of acquisition, pinhole size, pixel sizes, etc. COMSTAT reads informations about the image stack from the ‘.info’ file. However, if you do not have a Leica TCS4D microscope you can still write your own ‘.info’ files, which can be read by COMSTAT.

Get pdf Comstat User Manual

STXM 5.3.2 User Manual

In Scanning Transmission X-ray Microscopy (STXM) a micro focused soft x-ray beam is generated by a zone plate, illuminates the sample and the transmitted x-rays are detected. Transmission images are obtained by a raster scan of the sample. Spectra are obtained in point, line or image mode by acquiring signal at multiple photon energies. The 5.3.2STXM is an interferometrically controlled device mounted on a dedicated bending magnet beamline. The user controls both the beamline and the microscope from a single computer.

The primary signal measured in STXM is transmitted intensity (I) as a function of energy (spectra), or position (images). This signal, when converted to optical density (OD), is sensitive to sample thickness, density and composition, according to the following equation. (Io: incident photon flux intensity) where σ is the linear absorption coefficient, t is the thickness, µ is the mass absorption coefficient and ρ is the density. The useful range of OD is from 0.1 to 3. If there is too little absorption (sample too thin) the signal is lost in the noise. If the absorption is too great, then various artifacts dominate the observed signal, which is no longer quantitative. For organic material with a density of 1 samples need to be between 50 and 300 nm. At higher energy edges or lower density samples, somewhat thicker samples are optimum.

Measuring a raster scanned set of pixels and converting with the incident flux (measured through a hole), gives an x-ray OD image at a single photon energy. Changing the photon energy and taking images with other photon energies gives an image sequence (stack), which includes chemical information as well as topographical information. Analyzing the data with suitable reference model spectra can provide chemical maps with sub-100 nm spatial resolution.

Get pdf STXM 5.3.2 User Manual

Pocket Zone Field Guide

This guide will help you get started using Pocket Zone with your laser device in the field. Not all information relating to Pocket Zone is covered in this guide. You should review your Pocket Zone printed manual for more program information.

Install Pocket Zone
Current handheld computers are operating under Microsoft’s Pocket PC operating system. Note: The current Recon’s also run with Pocket PC and the installation selection for the Recon actually installs the general version of Pocket Zone.

How do you backup your Pocket PC data and programs:
Your Pocket PC is not like your desktop or laptop computer in the sense that drawings saved under My Documents will not be saved if your Pocket PC has power failure…UNLESS you perform a “Backup Now” or “Sprite Backup” before a power failure occurs. The backup tools are found in the Programs directory of your Pocket PC.

WITH THE NEWER WINDOWS MOBILE 5 & 6 OPERATING SYSTEMS
BACKUPS are automatic so there is NO SPRITEBACK UP function. You can still save the job ion the memory and then do a “SAVE AS” to make a copy on the flash secure memory. But be sure to ALWAYS go back and work in the one stored in the regular RAM MEMORY and not off the storage card or it is be very slow. If you are swapping BATTERIES on your Pocket PC be sure to backup the unit BEFORE pulling out the battery.

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INON D-2000 Underwater S-TTL Strobe User Manual

Newly developed “S-TTL” is TTL-AUTO. D-2000 is controlled by camera to obtain accurate exposue in which CCD measures D-2000 strobe light coming through camera lens. So S-TTL is free from influence of conversion lens or filters which affects angle of view or f -number of lens. Only the difference from genuine strobe of camera manufactures is that S-TTL employs optical signal instead of electrical signal. The optical synchronous signal is Infrared ray(lR) created by Clear Photo System by cutting visible light from built-in strobe light.

IR enables to catch optical synchronous signal “outside” of transparent housing so water-tight synch connector is not necessary like a strobe which requires electrical TTL signal. S-TTL transmit optical signal to D-2000 through durable multi-core fiber optics. All pre-flash type digital camera is compatible with D-2000 when using in transparent housing. Since S-TTL employs optical signal, in theory, it is possible to have numbers of strobes connecting via fiber optics in TTL-AUTO. S-TTL is ideal strobe system under severe condition since it can freely uninstall underwater, has wide compatibility and has accurate exposure even in multi strobe configuration.

S-TTL is compatible with pre-flash type digital camera. Pre-flash is faint flash measuring exposure value before main flash. In S-TTL system, D-2000 emits pre-flash and main flash same as genuine electrical signal based TTL auto-strobe, which acquires accurate exposure. *In principle, S-TTL is compatible with a non pre-flash type camera. However strobe light may be blocked before reaching to strobe light-sensor on a camera depending on housing shape or conversion lens and unable to calculate correct exposure.

Get pdf INON D-2000 Underwater S-TTL Strobe User Manual

Gecko-Cam Professional Cameras Munich Instruction Manual

When changing the projection lamp let the projector cool down before touching the lamp and the surrounding parts.
The projector must always be placed on a stable support. Keep all ventilation openings free.
Mains voltage: see projector nameplate.

Use only accessories which are designated as suitable for this unit in their instructions. Before connecting the projector with the mains make sure that the voltage of the unit corresponds to the mains voltage.

The projector, even when switched-off, is not completely disconnected from the mains as long as the plug is in the mains socket. Disconnect the projector from the mains when not in use. When removing the cable always touch the plug only, not the cable. If any liquid or solid object is found to be in the projector disconnect it from the mains and get the unit checked by a service man before using it again. The mains cable must only be replaced by an authorized service agency.
To avoid danger of fire or electric shock the unit must not get in contact with rain or excessive humidity.
To avoid electric shock never open the unit. All service has to be executed by an authorized service agency.
To avoid any damage by heat make sure that there is always sufficient air ventilation around the projector. When using the projector never look into the light directly. This may cause irreparable eye damages.

Get pdf Gecko-Cam Professional Cameras Munich

Omni XLT Series Telescopes Instruction Manual

The Omni XLT Series of telescopes come in several different models — 102mm refractor, 120mm refractor, 150mm Newtonian, 127mm Schmidt-Cassegrain. The Omni Series is made of the highest quality materials to ensure stability and durability. All this adds up to a telescope that gives you a lifetime of pleasure with a minimal amount of maintenance. Furthermore, your Celestron telescope is versatile — it will grow as your interest grows. This instruction manual covers all the different models of the Omni XLT telescopes. . No matter at what level you are starting out, the Omni XLT Series telescopes will unfold for you and your friends all the wonders of the Universe.

Some of the many standard features of the Omni XLT include:
• Hand selected optical glass and hand figured optics resulting in superior images.
• Premium Celestron Starbright XLT optical coatings that provide maximum contrast and image sharpness.
• Heavy-duty equatorial mount with a rugged and very stable stainless steel tripod.
• Ball bearings in both axes of the mount ensure smooth performance.
• CD-ROM “The Sky” — astronomy software which provides education about the sky and printable sky maps.

Many other high performance features!
The Omni XLT deluxe features combined with Celestron’s legendary optical systems give amateur astronomers the most sophisticated and easy to use telescopes available on the market today.

Take time to read through this manual before embarking on your journey through the Universe. It may take a few observing sessions to become familiar with your telescope, so you should keep this manual handy until you have fully mastered your telescope’s operation. The manual gives detailed information regarding each step as well as needed reference material and helpful hints guaranteed to make your observing experience as simple and pleasurable as possible. Your telescope is designed to give you years of fun and rewarding observations. However, there are a few things to consider before using your telescope that will ensure your safety and protect your equipment.

Get pdf Omni XLT Series Telescopes Instruction Manual

Binocular Spotting Scope Instruction Manual

Your Sightron SIIWP2060X63 Spotting Scope
Before using your new spotting scope we suggest you take a minute to check each accessory and learn its function. Your scope includes the following:
1. 20-60x zoom eyepiece (Mounted)
2. 25x wide angle eyepiece
3. Protective Scope case
4. Front and rear dust covers

Sightron produces several variations of spotting scopes. Since many people purchase a product via mail order it is also a good idea to check your scope to make sure you have received the model you ordered and it indeed the correct product you wanted. Note: Most Dealers are willing to exchange a spotting scope that has not been mounted if it is not used. However, after using your scope is not the time to notice your scope is not the correct model

Removing And Installing Eyepieces
Your new SIIWP2060X63 spotting scope will have the 20-60X eyepiece installed as it comes from the factory. This eyepiece will provide the best performance for viewing targets at the range and other viewing where the making the target or object larger is the main concern. To replace the zoom eye-piece with the 25x Wide Angle eyepiece, loosen the eyepiece mounting ring by rotating it in a counter clockwise direction as shown in Figure 2. To install either eyepiece simply rotate the eyepiece mounting ring in a clockwise position until tight. (Note: only use the hand to tighten the mounting ring as only a snug fit is required.)

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ImageBorad - Image Advantage Software Manual

LIVE VIDEO CAPTURE - Images may be captured from multiple equipment sources with compatible video output, then stored in sequence directly into your patient record. With a few mouse clicks, images are captured and frozen to your monitor. Eliminates delays caused with slide development and wasted film costs on poor images. Save only images of your choosing which are instantly available for viewing from all workstations across your network.

IMPORT / EXPORT - In addition to direct live capture features, images may be imported or exported across your network, modem, or from a floppy disk.

Supports the following file types:
.JPG .TIF .PCX .BMP .GIF .TGA .PNG SCAN - Scan in new or existing patient images, or images received from a third party EQUIPMENTMANUFACTURERS - Compulink works in partnership with the following Equipment Manufacturers: Humphrey Instruments, Cannon, Tomey, Topcon, Nikon, Marco, and Reichert GENERAL FEATURES - Draw and Edit onto Image, Zoom Features, User Defined Notes, Live Capture/Freeze, Automatic Date and Time Stamp, Print Hard Copy to Color or Video Printer, Re-size, Invert, and Rotate Images, Thumbnail Views of Four, Nine, or Sixteen Images, Import and Export or Copy and Paste from Clipboard, Type text and Create User Defined Stamp Pad for Instant Notes and Editing.

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The Unofficial EditDV User’s Manual Extension

This manual was compiled from three months of discussion at the EditDV discussion list by users of Digital Origins EditDV and is in no way related with Digital Origin.

For the sake of easy reference I tried to maintain the same order of chapters and topics as the official EditDV manual. During the compilation process I stripped off the authors names to keep this manual as compact as possible. However, only a few of the suggestions came from my board so please don’t contact me in case of a similar problem directly but post your question on the EditDV discussion list, found at Digital Origins web site together with the official FAQ which should always been looked up first.

Please bear in mind that this manual contains mostly answers to questions which arose using EditDV vs. 1.6.x on Macintosh and vs. 1.0.x on Windows PCs. With the advent of EditDV 2.0 things may change and I will try to reflect changes in future releases of this manual. In any case you should consult the EditDV User Manual from Digital Origin first as this extension is just an add-on, not another manual.

Besides of all the help one can get through this extension of the EditDV manual there is a problem which is inherent:

Even if one uses the same hardware/software combo, chances are that because of different needs some feature wasn’t ever used at a site recommending an upgrade while another site simply relies on that feature and easily adhearing any recommendations will end up in a mess. This isn’t EditDV specific, this is the case with every complex hard/software combination.

Get pdf The Unofficial EditDV User’s Manual Extension

Fluoview 200 Laser Scanning Confocal Microscope Operation Manual

The Fluoview 200 system is designed to acquire high spatial resolution images of fluorescently labeled materials and for analysis of these images. The confocal principle utilizes a pinhole (confocal aperture) to eliminate out-of-focus light from fluorescently labeled specimens (i.e., provide “optical sectioning”). Lasers provide intense, point illumination that is scanned over the preparation and the fluorescence at each point is quantified and used to construct a representation of the object brightness (an image). This method provides high resolution for the x and y planes as well as vertically (z plane).

The Fluoview is based on an inverted microscope to facilitate the study of live materials in special chambers or, to a limited extent, in culture plastics. For practical reasons, your specimens should be visible through a #1 coverslip to utilize the high resolution available. This may require growing your cells on coverslips or fitting a coverslip window into culture plastics to aid observation (if interested, ask how to do this).

The Fluoview uses two lasers to produce 3 excitation lines (488, blue; 543, green; and 633, red). This allows excitation of green (FITC, GFP, BODIPY, etc), red (rhodamine, Texas red, phycoerythrin, Cy3, propidium, etc), and far-red dyes (Cy5). You will not be able to excite blue dyes (DAPI, Hoechst, even CFP is poor). In addition, the system provides differential interference contrast (DIC) images as well as reflectance scan modes. There are two detectors that can operate simultaneously. Z sectioning is automated and has a step size resolution of 0.1 µm. Images are 12-bit (4096 levels of gray/intensity) and range from 256×256 to 1024×1024 pixels (picture elements). Image acquisition time ranges form 1sec

The Fluoview is inexpensive as confocal systems go, but it is far from cheap! Use of the confocal system requires in-person training to make sure the system remains available to Users. Laser safety must be followed! There is a hourly fee for using the Fluoview, and Users will be billed to recover costs incurred in maintaining the system. The fee schedule is currently $17.00/h for NPP / Cancer Center folks, $20 for other UC staf.

Get pdf Fluoview 200 Laser Scanning Confocal Microscope Operation Manual

Pentax Spotting Scope 30xB0HG Owner’s Manual

The HG’s unique, compact roof-prism design is protected by weather-resistant rubber armor finish. High quality features like multicoated optics and BaK4 prism combine with a 60mm objective lens and 30-power magnification to present a clear, bright view of small distant objects. The HG also focuses as close as 13 feet, making it the perfect choice for a variety of multirange viewing purposes.

The PENTAX HG is the right spotting scope when only the best will do.

In order to avoid serious eye damage, it is absolutely imperative never to look at the sun using the spotting scope. Otherwise, serious damage to the retina will invariably occur. When turning the objective lens and/or the focusing ring, carefully handle the spotting scope.

How to Use
1. Look through the eyepiece and turn the focusing ring until the subject is in focus. To focus the lens on subjects at a far distance, turn the focusing ring to the right. Otherwise, turn it to the left to focus at a close distance.
*The tripod locally available is required for spotting scope.
2. Slide out the objective lens hood for normal use.

Get pdf Pentax Spotting Scope 30xB0HG Owner’s Manual

The Cable Commandor Model A7 Cable Locator Instruction Manual

The Model A 7 Cable Commander locator is designed for locating cables and pipes. It can be used to trace the exact route, position, and depth of a cable or pipe. The Model I.e. 49 or I.C. 56 Inductive Coupler is used to isolate a line from other utilities even though they are sharing a common ground. The Sewer Snooper or Mini-Snooper is used for locating non-metallic pipe and duct. These accessories are covered in this manual. See the Table of Contents for page number.

BATTERY TEST
RECEIVER: The receiver must be turned on to test the battery. Signal being received by the receiver will work the receiver battery as it is worked in normal operation, thus, the transmitter should also be turned on and the receiver Sensitivity control turned up when testing the receiver battery. Push the Battery Test switch for a battery voltage indication on the meter. Any meter reading in the Batt. OK scale indicates a good battery. A meter reading below the Batt. OK scale indicates the battery is low and should be replaced with an Eveready #216 or 9 volt equivalent.

Note: A safety check of the receiver battery is built in if the loudspeaker is being used. If the receiver audio and meter pulsates when a very low sensitivity setting is used, and the receiver is picking up signal from the transmitter. replace the receiver battery. A battery test will indicate a low battery.

Get pdf The Cable Commandor Model A7 Cable Locator Instruction Manual

BY-180B Studio Flash (Strobe) User Guide

This package includes three BY-180B strobes. The 180B strobe (or so-called “moonlight”) is an “all-in-one” studio strobe that has the flash tube, modeling light and power supply built into a single compact housing, which can be mounted on a light stand. It can host a softbox or an umbrella. This unit uses North America standard household 110 AC power (no need of battery-pack).

• Flashing power. The 180B strobe offers 180 Watt Second (WS) flashing output power. The output flashing power level can be adjusted continuously via a knob on the back of strobe. The 180 WS is powerful enough to illuminate large subjects, or to supply strong lighting to smaller subjects.
• Modeling light. The modeling light is 75 watt continuous light that gives you a preview of what your flashing light effect will look like. There is a switch allowing the modeling light to be turned ON or OFF as desired.
• Built-in slave trigger. The 180B strobe has a built-in optical/infrared sensor that triggers the flash when it detects flashing from other strobe(s) or IR ray burst from a trigger.
• Sync trigger socket. This is an input for sync cord that connects to your camera. Three sync cords are included. Two are PC sync cords that are used for a camera has standard PC sync socket. The other one is PC/hotshoe sync cord that is used for an SLR camera (film and digital) with a standard hot shoe. Most SLR cameras today such as Nikon, Canon, Pentax, etc have a standard hot shoe. It is suggested to use manual mode of your camera and set the shutter of camera between 1/60 – 1/250th second. Adjust the aperture of your camera due to your lighting condition and ISO setting while taking studio photos.
• Wireless triggering option. Since the strobe has an IR sensor built-in, it will be triggered by an IR remote trigger. If you use a Radio remote trigger, just plug the sync cord of Radio receiver into the Sync trigger socket of the strobe.

Note: this package include three long sync cords, of which one is PC/hotshoe sync cord that is used for an SLR camera (film and digital) with a standard hot shoe. You do NOT need a wireless trigger, since this cord is long enough. You need to connect with this cord to your camera and only one of the strobes. One strobe flashing will trigger other strobes to fire since all strobes have a build-in slave sensor. There cord is more reliable than a wireless trigger usually. The IR or Radio triggers are cheap today. You shall be able to get one online or ebay easily if you want one. This kit works with all types of remote triggers.

Get pdf BY-180B Studio Flash (Strobe) User Guide

WinWedge Version 3.0 32 Bit Standard Edition User Manual

WinWedge is an extremely powerful utility that is designed to add serial communications capabilities to any 32 bit Windows (95/98, ME, NT, 2000 or XP) application. The primary function of WinWedge is to provide a way to connect any RS232, RS422 or RS485 device to a PC and be able to read or write data to or from the device directly from within any Windows application without the need for a custom serial device driver. Typical kinds of serial instruments being used with WinWedge include bar code and magnetic stripe readers, electronic balances, measuring tools including calipers and gages, temperature sensors, telephone call logging systems, pH and color meters, PLCs, coordinate measuring machines, optical comparators, digital volt meters, GPS receivers and a wide variety of other laboratory or industrial instruments that communicate over a standard serial interface.

WinWedge can transfer serial data to any Windows application either by sending the data as keystrokes or by providing data as a DDE (dynamic data exchange) server. You can also set up the “Wedge” to issue commands to another application after each record of incoming serial data has been received. Thus you could cause the receiving application to perform actions based on the data being received; for example you could force an application to run a macro or update a graph or chart in real time using the data received from the device. To send data out the serial port, you can use a special set of DDE commands to transmit character strings directly from another program.

WinWedge offers an array of features including the ability to parse and filter data received through the serial port as well as add additional data including date/time stamps or cursor navigation keystrokes to incoming data. Two translation tables allows you to translate incoming characters to other characters or to specific keystrokes. You may even pre-define “Serial Output Strings” that can be transmitted to your serial device either automatically at regular timed intervals or by clicking your mouse on a button in WinWedge window or by pressing a “Hot Key” on your PC’s keypad. All these features make it possible to create extremely sophisticated device control interfaces for virtually any serial instrument directly from within any Windows application program.

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URC 8080 A/V Producer User Manual

INSTALLING THE BATTERIES
Your A/V Producer requires four (4) new AAA alkaline batteries. To install the batteries:
1 On the back of the A/V Producer, push down on the tab and slide the battery cover off.
2 Match the + and - marks on the batteries to the + and - marks in the battery case, then insert the batteries.
3 Slide the battery cover back into place.
4 Test the unit by pressing POWER. If the batteries are inserted correctly, the red light will blink.

Note: After inserting the batteries, the LCD screen will enter a test mode which tests each segment of the LCD screen. This process will last for 10 seconds or until any key is pressed, which ever occurs first.

USING YOUR A/V PRODUCER
Features and Functions
The illustration below and the chart on the next two pages describe the features and the functions of the A/V Producer’s keypad. The following keys will always have the same function, regardless of which component you are controlling. For an explanation of what each key does by component type, please use the index at the rear of the manual.

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DSLR Focus User Manual

DSLR Focus is a tool developed specifically to assist with the focusing and capturing of images on digital cameras for use in Astrophotography. DSLR Focus currently supports full camera control on the Canon Range of DSLR’s. It has been tested on 1D’s, 10D’s, D60’s and EOS300D. DSLR Focus also supports focusing on non Canon Cameras like D70, D100, Pentax 1stD, CP4500 The Usage guide provides you step-by-step instructions on how to get the most out of DSLR Focus. I strongly suggest you read though this before jumping into using the tool.

Installing DSLR Focus
Installation Requirements
OS
Pre-installed versions of Windows XP Home Edition, Windows XP Professsional, Windows 2000 Professional, Windows Millennium Edition (Me), Windows 98 Second Edition (SE)
CPU/Model
300 MHz Pentium or better
Hard-disk space
20 MB required for installation, with additional free disk space of 10 MB plus whatever space you need to save images to disk
Video resolution 800 ╫ 600 pixels or more with 16-bit color (High Color/thousands of colors).
24-bit color (True Color/millions of colors) recommended.
Supported cameras
• All functions, including Camera Control: Canon 10D, Canon 300D, Canon D60 , Canon 1Ds
• All functions except Camera Control and Image Capture: Nikon D70, Nikon D100, Pentax 1stDx, CP4500, Canon G3

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Digital View Finder User’s Manual

The Zigview S2 is a digital view finder that has a CCD image sensor and a color TFT LCD attached. It allows users to take a variety of pictures easily by providing real-time images of view finder information of SLR(Single Lens Reflex) camera. Before using Zigview S2, please read carefully the instructions so as to be fully aware of features of the product.

Testing Zigview
You can test this product before installing it on a camera. You can check whether images are properly displayed on the LCD screen, and whether the product can be operated as instructed in this manual.

Before Using This Product
Load a battery pack into the camera to fully charge it.
1. Detach the battery cover.
2. Pay attention to the plus and minus sides before installing battery on the product.
3. Attach carefully the battery cover on the product.
4. Wrong installing may cause permanent damage on the product.

Charge the battery fully with the provided battery charger after opening the package.
1. After inserting the battery, connect the AC adapter tightly to the main body.
2. It takes about 2 hours to fully charge the battery, this may vary depending on charging conditions. Time is increased if the product is turned on during charging.
3. The charging lamp lights red during charging, a full charge the light is green.
4. Remember to connect the adapter to the main body tightly. Incomplete connection may disturb the charging process.
5. Disconnect the adapter from the main body after changing battery.

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ISET - High Dynamic Range Spectral (HDRS) Image Database

The ISET package includes images from our high dynamic range spectral (HDRS) image database. These images are complete spectral approximations the light radiance field. The full HDRS image database includes a collection of additional images and customized software tools. This document describes the methodology we used to acquire the data and estimate the spectral radiance for the images in the HDRS database. To create spectral radiance (photons/sec/nm/m2) HDRS images, the user combines linear sensor measurements from a calibrated camera with linear models of surfaces and illuminants. These data and models are combined to form an estimate of the multispectral image data.

The scene data were acquired with a 12-bit CCD 6 Megapixel camera. The process begins by acquiring eighteen different images, including six exposure durations and three color filter conditions. The data from these images are combined to estimate the scene radiance. The multiple filters expand the spectral dimension of the scene data; the multiple exposures expand the dynamic range of the scene data.

The high quality database of spectral images serves as a source of input data to the virtual camera simulator. High dynamic range spectral data are essential in order to simulate accurately the effects of optics and sensors. Using a very high quality initial data set makes it possible to assess the properties of many other sensors whose dynamic range are limited compared to the HDRS database images.

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Nodal Ninja SPH-2 User Manual

Panoramic photography is one of the fastest growing segments of photo imagery today. With developments in hardware and software this technology allows for seamless stitching of multiple images. If you take simple two shot panoramic images or complex 100+ shot super mega pixel mosaics, the Nodal Ninja is designed to eliminate parallax inherent when shooting adjacent images. Our panoramic tripod head is a quality piece of equipment designed to give you many years of use. Nodal Ninja is shipped in its foam lined carry case and come partially assembled.

Parallax defined:
Parallax is the apparent shifting of a foreground object to a background object when viewed at different angles or perspectives. With panoramic photography, multi-shot images and mosaics, as well as QTVR’s parallax error creates serious problems. This is because each image shot is actually different from the one before it due to the minor shifting of objects in the field. Seamless stitching of adjacently shot photos is very difficult whenever parallax is prevalent. Things simply won’t line up properly.

Parallax Demonstrated:
Hold your thumb out in front of you at arm’s length and view it with your right eye (left eye closed). Move your head back and forth while remaining focused on the background and you’ll see your thumb move back and forth – this is caused by parallax. The apparent movement of foreground objects to backgrounds and perspective changes. This is the same thing that happens when a camera is on a tripod. Tripods are NOT designed to eliminate parallax with panoramic photography.

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Finger Lakes Instrumentation ProLine MicroLine Camera Guide

Assembling and Powering-up your Camera System
Please bring together all parts. Make certain that during assembly the camera shutter cover stays in place to avoid damage to the metal iris. Only remove the cover when you are ready to connect the camera to your telescope. Please connect the various system components as follows:
1. Attach the USB cable to your ProLine or MicroLine camera.
2. Attach the USB cable to your PC.
3. Plug in the 12 volt power supply 4-pin “DC Power Jack” connector into your camera.
4. Plug in the ProLine or MicroLine power supply unit into a wall socket or switched AC power strip.
5. Ensure that the camera’s fans are running.

CAUTION:
Always plug your camera power cord into the camera “DC Power Jack” first, before applying AC power to the power supply. “Hot Plugging” the camera may result in a blown power supply fuse.
ProLine connections are side mounted
MicroLine connects are rear mounted
1. Attach the USB cable to your ProLine or MicroLine camera.
2. Attach the USB cable to your PC.
3. Plug in the 12 volt power supply 4-pin “DC Power Jack” connector into your camera.
4. Plug in the ProLine or MicroLine power supply unit into a wall socket or switched AC power strip.
5. Ensure that the camera’s fans are running.

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CPSExplorer F2F User Manual

This manual provides information on how to use the CPSExplorer Survey Software. Procedures and functionalities of the CPSExplorer Survey Software is included with the help of graphic layouts. A simple tutorial session to guide the user through the process will be provided.

Getting Started with CPSExplorer
This CPSExplorer will just same with the CPSTablet, except the data capture part. All the definition and computation will be the same. You can always reopen the file (*.ebk) between PocketCPS and CPSExplorer.
Understanding CPSExplorer Interface
When you first start CPSExplorer, the initial screen contains the menu bar at the top, the status bar at the bottom.

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CE 580: Biomolecular Tools for Engineers Lab Manual

Teams have been assigned with an effort to choose partners with complementary skills/background. Each team should choose an engineering relevant sample that they will focus on for the semester. During the course of the semester you will qualitatively and quantitatively describe the bacterial composition of this sample.

Proper attire:
Always wear gloves in the lab! This is both for your protection, and also to protect the samples from contamination from your skin. Remember, DNA is everywhere, you want to make sure you are studying the DNA from your sample, and not random environmental DNA. A lab coat or other lab smock is recommended to protect your cloths from spills. You may keep this in the lab for use during lab classes. Also remember to wear closed-toed shoes and long pants or skirts which protect your legs.

Waste Disposal:
Most waste generated in this lab can be disposed of in the regular waste bin. However, there are some exceptions noted below. These should be disposed of in the appropriate marked container for hazardous waste collection.

Hazardous Chemicals:
Formamide: This is used in small quantities in PCR and also in the making of the DGGE gel in order to lower the melting temperature of DNA. Acrylamide: This is the main ingredient in the DGGE gel, and is a known neurotoxin. We will only use liquid acrylamide, which eliminates hazards associated with inhaling the powder form.

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Boots – Photo Lifeguard User Manual

Photo Lifeguard is powered by ImageRecall which uses the most up-to-date and best image recovery engine that is available on the market today! Boots – Photo Lifeguard software is powered by ImageRecall, who have an extensive history in the data recovery field and their knowledge is un-paralleled. With Photo Lifeguard, you’re data is in the best hands.

In Which Situations Can ‘Boots - Photo Lifeguard’ Help Me?
Boots - Photo Lifeguard can help when…
• Images have inexplicably been lost
• Card corruption has occurred.
• Images have been accidentally deleted*

To use Boots - Photo Lifeguard the card must function and be in a readable state** Boots - Photo Lifeguard will not be able to help if the card is physically damaged or has developed a fault and cannot be read by your PC. If your card is in a faulty state, we recommend contacting your card’s manufacturer for further advice.

*Photo Lifeguard can usually recover data when it has been accidentally deleted, but this is dependent on the camera. Please see our Troubleshooting section for advice on which cameras/devices are not supported. Photo Lifeguard may not recover what you are looking for if a substantial amount of data has been written to the card after the initial deletion took place.

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