Zebra Technologies

China Suppliers


www.zebra.com/id/zebra/na/en/documentlibrary/pressreleases/2006/edward_kaplan_plans0.File.tmp/Ed%20Kaplan%20to%20Retire_09-20-06.pdf. Retrieved 2009-04-05. 

^ a b "2007 Annual Report". Zebra Technologies. http://www.zebra.com/id/zebra/na/en/documentlibrary/annual_reports/2007_annual_report.File.tmp/2007_Annual_Report_for_viewing.pdf. Retrieved 2009-04-05. 

See also carrier gas furnace

Omni-ID weil mclain boilers

External links boiler manufacturer

Zebra Technologies home page

Zebra's Corporate Leadership

An interview with Zebra on their RFID printing products

Review of Zebra Technologies, Solutions & Printers

Categories: Companies listed on NASDAQ | Electronics companies | Companies based in Vernon Hills, Illinois

Composite monitor

China Suppliers


Inputs

Input/output panel of an RCA Dimensia high-end television monitor/TV set of the 1980s

Composite monitors often have RCA jacks or BNC connectors for video input. Older (1970s) used UHF connectors. rca camcorder batteries

Composite and S-Video are used in PAL and NTSC regions. aa nimh battery charger

Composite monitors can be very high quality, with professional broadcast reference displays costing $10k-$15k (USD) as of the year 2000. canon nb 2l battery

Note that all composite monitors imply the use of a CRT for display, and for color signals anyway, the composite signal must be "decoded" into its three components of red, green and blue to be fed to each gun of the CRT. A critical factor in the quality of this display is the type of "encoding" that is used in the TV camera to combine the signal together and the type of "decoding" that is used in the TV set to separate the signals back to RGB for display.

Comb filters are frequently used to improve the quality of a composite monitor, and devices using the Faroudja decoders are frequently considered the pinnacle of composite displays.

Early innovations of this technology

Originally, these monitors were used for commercial studios. Composite video first saw home use for dubbing tapes on VCRs. Also, one of the first stand-alone composite monitors for home use were on home computers. Notably, IBM PC compatibles, Apple II, Commodore VIC 20/64/128, Atari and other home computers of the 1980s had some composite monitors bundled with the systems; and some sold separately bearing the company nametags for the aforementioned computers. During that time period, home game consoles chose to stick with channel 3/4 outputs since many people had color televisions without composite video support. However, in 1985, the NES was released and was the first game console to feature direct composite outputs. As of today, some people still use stand-alone composite monitors with modern game consoles even with the advent of televisions with a tuner and composite inputs combined.

Problems to overcome

Presently, AV devices with advanced technology don't have Channel 3/4 outputs (e.g. DVD players, video game consoles, etc.). One major exception to this is a TiVo DVR. People often use RF modulators to overcome the problem of a TV set not having composite or S-Video inputs. Another method used by some game systems is a built-in RF converter, which eliminates the bulkiness of an RF modulator.

Sometimes, stand-alone composite monitors cannot be used with older-type game systems (e.g. Atari 2600, NES 2, etc.) that have only channel 3/4 outputs for conventional TVs, without modifying the systems themselves. A VCR can often be used to overcome that problem, since most VCRs have TV tuners built in.

These problems could explain why most composite monitors marketed to consumers also have TV-tuner capability. Also, some people have even used more modern computer systems with composite monitors since some people have laptops with S-video out ports which were extended for composite out support; meaning that some composite monitors were recycled for usage with computers. Also, some people treat their laptops as game consoles this way.

Commercial use of composite monitors

Often, Television studios will use stand-alone composite video monitors. These are usually high-end professional broadcast monitors that are used to view the output of Professional video cameras, VTRs, Character generator, telecines and DDRs. They can also be used when new Video devices are being tested. Most commercial composite monitors have no audio, as the audio system would feed an audio board and/or the speaker system.

Stand-alone composite monitors are commonly used for video surveillance.

Many fast food restaurants use composite monitors to display any pending orders for the staff to make.

The monitors used in video surveillance often operate at the same frequencies as composite monitors but are not true composite monitors, as they use black and white graphics so the manufacture cost for the item will go down. Stand-alone composite monitors that are marketed as surveillance monitors are occasionally marketed for home use.

Common features

Stereo sound

TV tuner

front AV inputs

S-Video input

closed captioning

Examples of non-composites

Examples of non-composite video include

RGB video (3 signals - Red, Green and Blue - on three wires typically from a computer)

Component Video (3 signals - such as YUV or Y, B-Y, R-Y) that are used with professional video gear such as a Betacam VTR and some DVD players)

S-Video (2 signals - which have all of the brightness information on one cable and all of the color information on another; however, almost all monitors with S-Video inputs also feature composite inputs)

Digital video (many different flavors)

Note: some composite monitors employ usage of these standards.

See also

Video projector

VGA box

Categories: Television technology | Film and video technology | Video hardwareHidden categories: Articles lacking sources from June 2007 | All articles lacking sources

Nissan Be-1 for roofing coil nail

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Be-1
Manufacturer
Nissan Motors
Production
1989
Engine(s)
1.0L (987cc) MA10S
Wheelbase
2,300mm (90.6in)
Length
3,635mm (143.1in)
Width
1,580mm (62.2in)
Height
1,420mm (55.9in)
Related
Nissan PaoNissan FigaroNissan March
Designer
Naoki Sakai

1988 Nissan Be-1 (rear view)
The Nissan Be-1 is a retro-styled automobile from Nissan Motors. The Be-1 was one of three fashionable spinoffs of the K10 Micra the Figaro and Pao being the other two. Like the Figaro, the Be-1 was sold without the Nissan name.
The engine was the 1.0L (987cc) MA10S, and a 3-speed automatic transmission or 5-speed manual transmission was also supplied. This engine produced 52PS (51hp/38kW) at 6000 rpm and 76N (56ftbf) at 3600 rpm.
It was designed as a fashionable city car in the mold of the Figaro, requiring just 4.4m (14.4ft) to turn around and delivering up to 48mpg (4.9L/100km) in the city and 74mpg (3.2L/100km) at a steady 60km/h (37mph).
The chassis included rack and pinion steering, independent suspension with struts in front and 4-links and coil springs in back. Disc brakes were used at front, and Drum Brakes were used at rear.
Specifications
Type: NISSAN E-BK-10
Specific model codes:
BK10RHF (5MT)
BK10RHFW (5MT w/canvas top)
BK10RHA (3AT)
BK10RHAW (3AT w/canvas top)
Length: 3,635mm (143.1in)
Width: 1,580mm (62.2in)
Height: 1395 mm (w/canvas top 1420 mm)
Wheelbase: 2,300mm (90.6in)
Ground clearance: 165mm (6.5in)
Front tread: 1,365mm (53.7in)
Rear tread: 1,350mm (53.1in)
Weight: MT 670 kg, (w/canvas top 680 kg), AT 700 (w/canvas top 710 kg)
Gross weight: MT 945 kg (w/canvas top 955 kg), AT 975 kg (w/canvas top 985 kg)
Capacity: 5 people
Minimum turning radius: 4.4m (14ft)
Fuel consumption (according to Japanese rule 10.15): (5MT) 20.5 km/L (48.2 mpg); (3AT) 16.5 km/L (38.8 mpg); (3AT w/canvas top) 15.0 km/L (35.3 mpg)
Fuel consumption at a steady 60 km/h (37 mph): (5MT) 31.4 km/L (73.9 mpg); (3AT) 25.4km/L (59.7 mpg)
Engine type: MA10S
Water cooled OHC inline-4 cylinder
Bore x Stroke: 68.0 mm x 68.0 mm (2.68 x 2.68 in)
Volume displacement: 987 cc (60.2 cui)
Compression ratio: 9.5
Highest outputs: 52 PS (38 kW) at 6000 rpm
Max. torque: 7.6 kgf (75 N/101 ftbf) at 3600 rpm
Electronically controlled carburetor (ECC)
Fuel tank capacity: unleaded regular, 40 L (10.6 US gal)
Rack and pinion steering
Rear suspension: independent, 4 link coil type
Front suspension: struts
Disc brakes front and rear
Tire size: 165/70R12 front and rear
Note: The electric canvas top became available in March 1987.
Body color: Pumpkin Yellow, Tomato Red, Hydrangea Blue, Onion White (all with black interior; steel wheels were painted in body color)
Options
?Climate Control
?Pure tron and type of small leaving untouched (* air cleaner)
?Specially designed analog alarm clock (detachable).
?Rear (various kinds) reception desk/mudguard
?Plastic visor (set smoke type for reception desk door)
?Exhaust tip made of stainless steel
?Roof rack (maximum load 30 kg)
?Ski rack (for up to four sets of skis)
?Surf board rack (for up to four surf boards)
?Be-1 decal kit
?Door side backing (made of vinyl leather and dark gray)
?Special trunk lining (with detaching rack)
?Special floor carpet
?Be-1 cushion (rug and attachment)
?Special cup holder (one-touch type)
?Norsmorcarboccs
?Sill protectors
?Two kinds of fashion seat covers (natural crossing ..one.. beige) (stripe handle for casual knit, front seat)
?Two kinds of mouton seat covers (front and rear seats)
?Bosch 35W fog lamps (with white or yellow lenses)
?Suparsailchan
?Rear window screen (silver half mirror type)
?Rear window shade
?License plate brackets (front/rear)
?Body cover (silver, made of polyester)
?Static electricity prevention key cover (for spare key)
?Winter braid (left of wiper/right)
?Seat belt pad (gray Malun)
?Hartigaid (driver's side/passenger's side) "for note and adjustment of height of seat belt"
?Family set (portable potty)
?First-aid kit (emergency set)
?Electric tool for wet towel of cooling and warm using combinedly
?100W?plug-in for electric appliances.
?300W plug-in (use only possible with battery directly connected and car not in motion).
Optional audio systems
?Exclusive audio rack (floor putting type)
?AM radio (one speaker)
?AM/FM multi-radio (two speakers)
?Combination stereo + equalizer (special component)(four speakers)
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Andy Lennon for rc flying boat

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Andy Lennon (September 1st 1914 - November 24, 2007) is most notably associated with his work in advanced model aircraft design.
Contents
1 Background
2 Involvement in Manufacturing
3 Contributions in Literature
4 Model Design Development
//
Background
Lennon was involved in aviation since the age of 15, when he went for a short ride in a Curtis Robin. He soon joined the Montreal Flying Club and began flying D.H. Gypsy Moths and early two-place Aeronca cabin monoplanes. He was educated in Canada at Edward VII School, Strathcona Academy, Montreal Technical School, McGill University and the University of Western Ontario, (London, Ontario).
Involvement in Manufacturing
Lennon entered the Canadian aircraft manufacturing industry and later moved to general manufacturing as an industrial engineer. Throughout his career, he continued to study aeronautics, particularly aircraft design, aviation texts, NACA and NASA reports and aviation periodicals. He tested many aeronautics theories by designing, building and flying nearly 25 experimental R/C models-miniatures of potential light aircraft. One model, the Seagull III was a flying boat with wide aerobatic capabilities. Lennon is a licensed pilot in the United States and Canada.
Contributions in Literature
Lennon is a contributing editor to Model Aviation, Model Builder, RC Modeler and RC Models and Electronics. He has written several books, the most current are: "Basics of R/C Model Aircraft Design", "R/C Model Airplane Design" and "Canard: A Revolution in Flight." His last book was published in 1996, has been reprinted twice since. Andy authority in aerodynamics and related studies are well acknowledged by leaders in the aviation industry. His book "Canard: A Revolution in Flight" had the foreword written by Burt Rutan, a fitting authority in Canard design. For his last book "Basics of R/C Model Aircraft Design", Bob Kress, who designed the F-14, among other designs, wrote the introduction.

Note the traditional profile found in many of Andy's designs.
Andy Lennon Robin shown in kit form.
Model Design Development
Lennon, since 1957, has designed and published a wide range of model aircraft in various publications. These designs each represented features specific to that particular plane. The current list of his published designs is as follows, in order of publication:Model Airplane NewsOct. 1957: Flamingo Flying BoatSept. 1980: Elseven - Sport (pronounced EL-Seven)Jan. 1981: Canada Goose CanardMarch/April 1983: Crane STOLJuly 1984: Gull SportOct. 1992: Sea Hawk - Float & Land PlaneSept. 1993: Swift - SportNov. 1994: Dove - Glo Powered GliderJan. 1996: Wild Goose - 3 Surface ModelAug. 1996: Crow STOLMay 2000: Robin STOLModel Aviation, USAJan. 1987: Sparrow Hawk - SportOct. 1987: Sea Loon - Twin Boom Flying BoatModel Builder, USAOct. 1989: Swan - CanardJune 1991: Osprey - Float & Land PlaneR.C. Modeler, USAJan. 1989: Snowy Owl SportOct. 1992: Seagull III - Flying BoatRadio Control Models & Electronics, UKFeb. 1998: Wasp - Tandem Wing BiplaneAlthough all designs are dear to A ndy, he has noted that [the] "Robin and the Seagull III, are both my favourites."Lennon last design was the Robin. (officially)
Categories: 1914 births | Model aircraft
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Lutefisk for glass cooking pots

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Lutefisk (on the upper left side of the plate) as served in a Norwegian restaurant, with potatoes, mashed peas, and bacon.
Lutefisk (lutfisk) (pronounced [l??t?f?sk] in Southern Norway, [l??tf?sk] in Central and Northern Norway, Sweden and the Swedish-speaking areas in Finland (lipe?kala in Finnish)) is a traditional dish of the Nordic countries made from stockfish (air-dried whitefish) or dried/salted whitefish (klippfisk) and soda lye (lut). Its name literally means "lye fish", because it is made using caustic lye soda derived from potash minerals.
Contents
1 General
1.1 Preparation
1.2 Cooking
1.3 Eating
2 Origin
2.1 Origins
2.2 Traces in literature
3 Lutefisk and Norwegians
4 Lutefisk humor
5 Spellings
6 Notes
7 References
8 See also
9 External links
//
General
Preparation

Lutefisk in a Norwegian market.
Lutefisk is made from salted/dried whitefish (normally cod, but ling is also used), prepared with lye, in a sequence of particular treatments. The watering steps of these treatments differ slightly for salted/dried whitefish because of its high salt content.
The first treatment is to soak the stockfish in cold water for five to six days (with the water changed daily). The saturated stockfish is then soaked in an unchanged solution of cold water and lye for an additional two days. The fish will swell during this soaking, attaining an even larger size than in its original (undried) state, while its protein content decreases by more than 50 percent, producing its famous jelly-like consistency. When this treatment is finished, the fish (saturated with lye) has a pH value of 1112, and is therefore caustic. To make the fish edible, a final treatment of yet another four to six days of soaking in cold water (also changed daily) is needed. Eventually, the lutefisk is ready to be cooked.
In Finland, the traditional reagent used is birch ash. It contains high amounts of potassium carbonate and hydrocarbonate, giving the fish a more mellow treatment than would sodium hydroxide (lyestone). It is important to not incubate the fish too long in the lye, because saponification of the fish fats may occur, effectively rendering the fish fats into soap. The term for such spoiled fish in Finnish is saippuakala (soap fish).
Cooking

Cooking pots at a church supper: with this method, the lutefisk was boiled for about five minutes, until translucent, then promptly served.
After the preparation, the lutefisk is saturated with water and must therefore be cooked carefully so that it does not fall into pieces.
Lutefisk does not need any additional water for the cooking; it is sufficient to place it in a pan, salt it, seal the lid tightly, and let it steam cook under a very low heat for 2025 minutes. It is also possible to do this in an oven. There, the fish is put in an ovenproof dish, covered with aluminium foil, and baked at 225 (435 ) for 4050 minutes.
Another option is to parboil lutefisk; wrap the lutefisk in cheesecloth and gently boil until tender. This usually takes a very short time, so care must be taken to watch the fish and remove it before it is ready to fall apart. Prepare a white sauce to serve over the lutefisk.
Lutefisk sold in North America may also be cooked in a microwave oven. The average cooking time is 8-10 minutes per whole fish (a package of two fish sides) at high power in a covered glass cooking dish, preferably made of heat resistant glass. The cooking time will vary, depending upon the power of the microwave oven.
When cooking and eating lutefisk, it is important to clean the lutefisk and its residue off of pans, plates, and utensils immediately. Lutefisk left overnight becomes nearly impossible to remove. Sterling silver should never be used in the cooking, serving or eating of lutefisk, which will permanently ruin silver. Stainless steel utensils are recommended instead.
Eating

Norwegian Constitution Day dinner in the United States, with lutefisk, lefse, and meatballs.
In the Nordic Countries, the "season" for lutefisk starts early in November and typically continues through Christmas. Lutefisk is also very popular in Nordic-North American areas of Canada, especially the prairie regions and the large Finnish community at Sointula on Malcolm Island in the province of British Columbia, and the United States, particularly in the Upper Midwest and Northwest. From October to February, there are numerous lutefisk feeds in cities and towns around Puget Sound.
Lutefisk is usually served with a variety of side dishes, including, but not limited to, bacon, green peas, green pea stew, potatoes, lefse, gravy, mashed rutabaga, white sauce, melted or clarified butter, syrup, geitost (goat cheese), or "old" cheese (gammelost). In the United States in...(and so on) To get More information , you can visit some products about agriculture irrigation, square vase, outdoor artificial palm trees, lawn and garden edging, bulk wedding flowers, decorative christmas trees, cheap artificial trees, hose nozzle, christmas crystal tree, rod iron fences, . The DRY PACK BAG (Moisture Barrier Bag) products should be show more here!

Microscope slide for water slide paper

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Please help improve this article or section by expanding it. Further information might be found on the talk page. (April 2008)

Microscope slides and cover slips. A single, 3-inch long glass slide is shown with a cover glass in place
A microscope slide was originally a 'slider' made of ivory or bone, containing specimens held between disks of transparent mica. These were popular in Victorian England until the Royal Microscopical Society introduced the standardized microscope slide in the form of a thin sheet of glass used to hold objects for examination under a microscope. A standard microscope slide (shown on the right) is 75 x 25 mm (3" X 1") and about 1.0 mm thick. A range of other sizes is available for various special purposes: 75 x 50 mm and for geological use 46 x 27 mm (petrographic) and even 48 x 28 mm (thin sections)
Since high power microscopes have a very narrow region within which they focus, the object to be viewed ("specimen") is typically placed on the middle of the slide with another, much thinner square (or circle or rectangle) of glass placed over the specimen. This smaller sheet of glass is called a cover slip or cover glass, and typically measures between 18 and 25 mm on a side, and 0.085 to 0.25 mm thick. The cover glass serves two purposes: (1) it protects the microscope's objective lens from contacting the specimen, and (2) it creates an even thickness (in wet mounts) for viewing. The thickness of the coverslip is crucially important for high-resolution microscopy.
Contents
1 Wet mount
1.1 Problems and solutions
2 Graticule slide
3 Cover slip standard thicknesses
4 How to hold a microscope slide and coverslip
//
Wet mount
Many objects that are going to be viewed on a compound light microscope slide are prepared as a wet mount using water. Other materials are used when a permanent slide is being prepared for viewing and storage. In a wet mount, the specimen is placed at the center of the slide with one (or two) drops of water and the cover glass placed over the specimen. In some preparations (such as looking at pond water for microscopic critters), the object being prepared for viewing is contained within water. Special slides are available for viewing mounts that require more than one or two drops of water.
Once the specimen and water are combined on the slide, the cover glass is added. The cover glass should be placed at an angle to the slide, one edge touching the slide, and then lowered as if hinged there. If done properly, the water will force out any air as the cover glass closes over it, and no bubbles will be trapped beneath the glass. Although an occasional bubble might be tolerated, large numbers will make viewing the specimen difficult. Adhesive forces between the liquid and the glass will hold the cover glass firmly in place. Generally, only one drop of water is sufficient. Adding too much water will create a problem, as the affixing of the cover slip to the slide will depend on much weaker cohesive forces (see "Problems and solutions" below). There should be no excess water (water outside the cover slip) and the cover slip should remain in place when the slide is moved to the stage of the microscope, where it is held in place by stage clips or a mechanical stage arm.
Problems and solutions
Mostly air under cover slip too little water was used (increase by 1 drop) or cover glass was improperly dropped onto specimen. Adding a drop of water to the slide at the very edge of the cover glass will result in water being taken in under the cover glass (capillary effect). If numerous air spaces are still evident, it is best to start over.
Too much liquid under cover slip cover glass slides around easily on glass slide, and may fall off if slide not held perfectly level. Using a small piece of absorbent paper (paper towel or tissue), touch edge of paper to excess water at edge of cover slip; repeat until cover glass affixes to the slide.
Cover slip "rocks" on specimen or is clearly not laying flat either the specimen or something in the sample (a grain of sand for example) is preventing the cover slip from coming down far enough to adhere to the slide. Focusing on this slide will be difficult. Possibly the specimen is not thin enough or evenly sliced. If a grain is present, remove it and re-mount the specimen.
Fingerprints or dust may have been on the slide already which may affect your final results. In the case of dark field microscopy, dust particles and minute scratches can cause intolerable problems as sources of unwanted glare in the image. In such cases freshly-cleaved mica may be used instead of glass to support and cover the acqueous specimen.
Graticule slide

Vector rasterized grid (low quality)
The text above describes a standard microscope slide. However, there are many special purpose slides. For example,...(and so on) To get More information , you can visit some products about dye sublimation paper, paper ncr, solvent paper, coffee filter paper, magnetic photo paper, thermal roll paper, cash register rolls, synthetic paper, professional photo paper, white printing paper, . The hazelnut products should be show more here!

Five the Hard Way (Prison Break) for Metal Card Holders

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ive the Hard Way
Prison Break episode
Episodeno.
Season4Episode7
Written by
Christian Trokey
Directed by
Garry A. Brown
Productionno.
4AKJ07
Originalairdate
October 6, 2008
Episode chronology
?Previous
Next?
"Blow Out"
"The Price"
List of Prison Break episodes
"Five the Hard Way" is the 64th episode of the American television series Prison Break and was broadcast on October 6, 2008 in the United States on the Fox Network.
Plot
The episode starts with T-Bag coming to his senses, tied up in a chair. Gretchen, his captor, asks T-Bag what he knows about Scylla. She proceeds to cut his good arm several times before T-Bag asks how he could be of service to her.
At the warehouse the team finds out that the next card holder is in Las Vegas, Nevada. Lincoln, Sucre, Roland, and Sara proceed to Las Vegas. The foursome tails the card holder in a casino to copy his card. Meanwhile, Sara becomes shaken when she learns from Lincoln that Michael may have a brain aneurysm and could die soon like his mother did. Roland's device fails to pick up any signal, and Lincoln deduces that the card holder is keeping his card in his room. At an outdoor swimming pool, Sara is wearing a string bikini with a transparent dress over it and is sent to hit up the card holder by faking that she was on a stagette party and her friends dared her to get a photo in a whale room. However, the card holder refuses and leaves. The bartender tells her that she "isn't his type" and that the card holder asked if he "liked to party." This leads to the team using Sucre instead, who accepts very reluctantly.
Back in Los Angeles T-Bag's assistant calls Bellick and tells the team that she wants to help and wants money. At the meeting, however, Michael, Mahone, and Bellick walk into a trap created by T-Bag. T-Bag has the girl tie up Bellick, Michael, and Mahone, but Mahone makes a run for it and calls Agent Self.
T-Bag forces Michael to help him decode Whistler's bird book by threatening the life of his assistant with a gun until Michael agrees. Gretchen, staying out of view in another room, notices Bellick has an ankle monitor and tells T-Bag they have to get them off. Michael arranges the pages from the book into a blueprint of the GATE office but secretly hides a page under the table.
In Las Vegas Sucre is seen walking to the pool deck, removing his shirt, and sitting down with a beer beside the card holder. Sucre is invited by the card holder to his room for a better drink. Once inside the room, Sucre secretly copies the fifth card while discovering that Scuderi's aim was to find a one-time bedmate for his wife and not for himself; this due to impotency caused by a Vietnam War wound in Hue City. Sucre then returns after a long time to the hotel room and tells them that the download was successful. Roland is then asking what happened, and Sucre answers, "It stays in Vegas," while Sucre give Roland the device.
Mahone, with a GPS and a gun, breaks into the house where Michael and Bellick are supposedly held but only finds the ankle monitors. Mahone notices a paper crane, which is a page with the word GATE. Meanwhile, T-Bag, Gretchen, and their captives arrive at a new hiding spot, where Gretchen lures a GATE employee and kills him for snooping around. At GATE T-Bag takes Michael to the 8 x 10 closet in his old office, where he uses a screwdriver to remove the carpet and the floor tiles, revealing a metal trap door.
As Lincoln and his team are leaving the casino, Roland trails behind and uses the slot machines while holding the device, which allows him to hit jackpot many times. Unfortunately, this is noticed by the casino employees. The casino security confiscates the device (despite Roland telling him it's a battery pack) and kicks him out, much to the team's annoyance. Roland does say that he can make another device in a month.
After opening the trap door, Michael and T-Bag descend a ladder and arrive at a small underground hallway. Michael states that he is no longer helping T-Bag when Mahone jumps out and knocks out T-Bag. Mahone and Michael then throw T-Bag into a cell and leave him there yelling. Walking out from GATE, Mahone, Self, and Michael hear a cell phone nearby. Michael answers the call and realizes that it is Gretchen, still alive and involved.
Reception
IGN gave the episode 9.2 saying that the episode "is a fine example of what can be done with this new series format". IGN also gave the episode the Editor's choice award.
References
^ http://www.thefutoncritic.com/listings.aspx?id=20080918fox06
^ Ahsan Haque (2008-10-07). "Prison Break: "Five the Hard Way" Review". http://tv.ign.com/articles/917/917142p1.html. Retrieved on 2008-10-31.
Season 3
Episode listPrison Break Season 4
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