『The EDIROL F-1 provides reliable, high quality capture of both video and audio when you need it most: out in the field where every shot counts. The Field Oriented design concept of this Recorder will streamline your video production workflow. Being Field Oriented is at the heart of the EDIROL F-1 design. Features like a shock-resistant floating HDD, two channels of additional audio inputs, multiple power supply options, remote control via LAN, on-site review of clips, unlimited file size, and a number of additional innovative functions will streamline your recording and post-production activities. The EDIROL F-1 is the ideal addition for any videographer or producer wanting to accelerate their workflow by capturing HDV or DV directly to a hard drive in the field. With two additional audio inputs, no file size limitation, removable hard drive and multiple power options, the F-1 can be used anywhere and in a variety of applications. Includes: F-1 Video Field Recorder HDV, 1 F1-HD120 Removable Hard Disk, Battery Pack x 2 (1 as spare, USB cable (Y type with power supply), AC adaptor (9V / 2A, Roland PSB-1U) with XLR 4pins conversion cable, CD-ROM (F-1 utility),&Owners Manual』 タイトル『 Carrying Case / Shoulder Bag for the Casio EXILIM EX-FH20, and EXILIM Pro EX-F1 >
『 Carrying Case / Shoulder Bag for the Casio EXILIM EX-FH20, and EXILIM Pro EX-F1 >
『 Casio Exilim EX-F1 6MP 12x Zoom 2.8-Inch LCD Pro Digital Camera with CMOS Shift Image Stabilization (Black) >
『 Casio Exilim EX-F1 6MP 12x Zoom 2.8-Inch LCD Pro Digital Camera with CMOS Shift Image Stabilization (Black) >
『 Casio Exilim EX-FH20 9.1 MP Digital Camera with 20x Optical Zoom and 3-Inch LCD (Black) >
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price：$44.99
Blue Nook
『Lightweight, rugged and designed to withstand the elements, the carrying case for the Casio EXILIM EX-FH20, and EXILIM Pro EX-F1 is perfect for even the most discerning adventure photographer. Its convenient, single-compartment design includes adjustable padded dividers and inner pockets that accommodate a pro compact camera or digital SLR plus accessories. A built-in micro fiber cloth protects LCD screens and lenses, the soft, brushed-tricot lining and reverse zippers guard against dust and scratches.』
price：$20.00
Terk
Usually ships in 24 hours Core2Duoノートレビュー 's review (Small but POWERFUL) 『I ordered this antenna to the replace the existing dinosaur that broke (probably from 2 many car washes) Antenna is discreet but wish it was paintable to match my car. Upon install, adapter broke but seller to it back without question. I purchased the same exact antenna at Best Buy but for more $$. One can only go so long without Satellite. I would of given the product 5 stars but it was defective. However; the Seller gets 5 stars for quick delivery and no questions asked return policy.』
(Not for Delphi MyFi) 『Neither the plug nor the included adapter plug for this unit would attach to my portable Delphi XM2GO MyFi unit. The plugs are incompatible.』
(Terk??) 『Great price. When order came, it was a Belkin, not Terk. It works fine, so iI kept it.』
(xm antenna) 『i bought this antenna as new but not packaged, so far it has worked perfectly.』
(It's an XM antenna that works) 『I had to replace my previous antenna after I ripped the cord out when trying to replace my stereo. Antenna works. Period.』 『XMicro2 delivers unsurpassed performance, and is compatible with all automotive XM Satellite Radio receivers. Measuring less than a half-inch tall, the TERK XMicro2s sleek, aerodynamic design hugs the roof or trunk of any vehicle and is virtually invisible when installed. The XMicro2 offers significantly enhanced functionality and installation versatility, thanks to its built-in FM modulator. This enables the XMicro2 to receive satellite radio signals and send them to the vehicles existing FM antenna, which then sends the signal to the cars head unit. This feature is designed specifically for the XM Roady2 and XM SKYFi2 XM Satellite Radio modules. This innovative design eliminates the necessity of using a cassette tape adapter to feed the signals from the XM Ready 2, or XM SKYFi2 receivers, greatly simplifying installation and eliminating the wires formerly required.』
price：$19.82
PowerGenix
Usually ships in 24 hours Core2Duoノートレビュー 's review (Showdown: PowerGenix NiZn vs. SANYO eneloop NiMH) 『The product description of PowerGenix Nickel-Zinc Rechargeable AA cell promises many advantages over other rechargeable batteries: higher voltage, higher energy density, lighter weight, longer cycle life, and so on. But how does it stack up against the current gold-standard of low-self-discharge NiMH cell, the Sanyo Eneloop? Let's examine the following aspects:
[Operating Voltage] The NiZn cell has a nominal voltage of 1.65V, which is 30% higher than that of a NiMH cell (1.25V nominal). When freshly charged, its terminal voltage is even higher at 1.85V!
[Power Density] Since 'Power' is defined as 'Voltage * Current', most people may assume that "30% higher Voltage" translates to "30% higher Power". But it depends on the application:
- Most electronic gadgets (digital camera, MP3 player, etc) contain internal DC/DC regulators which operate in constant-power mode. If the battery voltage is higher, then input current will drop to maintain the same output power. That's why higher voltage alone does not make your digital camera shoot any faster.
- For an unregulated appliance such as a flashlight or power tool, its current increases with voltage (although not linearly). A typical 2-AA flishlight bulb is rated for 2.3V * 0.5A = 1.15W. When you apply 3.6V to it, the current may increase to 0.65A, so the power consumption is now 3.6V * 0.65A = 2.3W. Twice the power means twice the heat. That's why the bulb may burn out in seconds.
[Energy Density] The PowerGenix AA cells are marketed as "2500 milli-WATT-hour" (energy capacity). Most people may confuse this with "2500 milli-Ampere-hour" (charge capacity). But the data sheet for NiZn AA cell shows that its current capacity is only 1500mAh (this is verified by my own testing). It turns out that an 1500mAh NiZn cell actually contains the same amount of energy as a 2000mAh SANYO eneloop AA cell:
- Energy in eneloop AA cell: 1.25V * 2000mAh = 2500mWh - Energy in PowerGenix AA cell: 1.65V * 1500mAh = 2475mWh
[Weight] The weight of each NiZn AA cell (25g) is essentially the same as that for eneloop AA cell (27g). For certain applications, it is possible to use three NiZn cells (3*1.65=5V) to replace four NiMH cells (4*1.25V=5V). Doing so reduces battery weight by 25%, but it also shortens run time by 25%.
[Cycle Life] Technical data found on PowerGenix web site says NiZn cells are rated for 200 cycles (at 100% deep-discharge). This is much shorter than the 1000 cycles cited for eneloop cells.
I have tested a set of 4 PowerGenix AA cells. After subjecting them through 12-16 deep discharge cycles, the average charge capacity already dropped 5% from original value. In comparison, I have a set of 4 eneloop AAA cells that have went through about 100 cycles in the past 2.5 years, and they still exhibit over 95% of original capacity.
[Self-Discharge Rate] In my long-term storage test after two months, a set of four NiZn cells retained 74% original charge capacity on average. This translates to about 13% loss per month, which is much better than that of ordinary high-capacity NiMH batteries (with capacity>2500mAh). But it cannot compare to low-self-discharge NiMH cells.
Previously, I have conducted storage test for several brands of LSD cells, including Sanyo eneloop, Rayovac Hybrid, and Kodak Pre-Charged. All those cells can retain 85-90% of original capacity after FIVE months in storage.
[Recharging Time] The PowerGenix NiZn cells must be recharged using a specially designed PowerGenix NiZn Charger. The charger is called '1-hour', but it actually takes 2.5 hours to fully recharge a set of four 1500mAh cells.
Eneloop (and all other brands of LSD cells) can be recharged using any good quality 'smart' NiMH charger. Depending on which charger you use, the charge time can be as short as 15 minutes, or as long as 8 hours.
[BOTTOM LINE] The only verifiable benefit for PowerGenix NiZn cell is its higher operation voltage. However, even this may turn out to be a curse rather than a blessing, as higher voltage can cause unregulated appliances to burn out.
If you have a digital camera that works well with eneloop, stay with it. Switching to NiZn will not offer more power nor longer run time. Only if your camera does not work well with eneloop, then it is worthwhile to try NiZn cells as a last resort. But you better contact PowerGenix, and ask whether they will assume warranty liability for the use in your camera. Otherwise, try it at your own risk!』
($5.00 off Coupon Code!) 『Wow, I just got some more PowerGenix NiZn rechargeable Batteries and to my surprise i found a $5.00 off Coupon code!!. That's awesome.. It says it is for a limited time so i suggest you pick up some now if you have a High drain device like me. These are the best batteries for my Camera Flash!, It can flash faster for longer and brighter than with eneloops. I love these new NiZn batteries. Get them for $5.00 with DepotEco's Coupon code. Enjoy!』
(PowerGenix NiZn 1.6 volt Rechargeable Batteries King!) 『The new PowerGenix Nizn (Nickle Zinc) 1.6 volt High Yeild rechargeable battery is far better than the NiMH Competition. One reason for the performance difference between the two battery types is that digital cameras, like all electronic devices, have a minimum operating voltage that must be sustained to ensure successful operation. Because NiMH systems typically start at a significantly lower pack voltage than NiZn systems, the NiMH system will fall below the minimum operating voltage of the camera before its NiZn counterpart. Despite the fact that the NiMH battery pack may not have used the entire energy capacity of the pack, the minimum voltage cut-off of the device renders the additional capacity useless.
Because NiZn delivers greater mWh capacity it's able to provide steady-state optimal performance over a larger portion of the system discharge. This correlates to not only more shots or flashes per charge, but also more responsive electronic performance. In the case of a digital camera this translates into quicker flash recharging and processor speed to allow for shorter recovery time between shots.
New Technology Demands New Battery Specification Performance advantages of NiZn battery demonstrate need for mWh--a new measure of battery capacity Challenge: The Need for a New Measure of Battery Capacity
Rechargeable batteries were first commercialized in the mid-1960s and have since undergone numerous technological advances. Unfortunately, the way in which battery capacity is measured--typically in amp hours (ah) or milliamp hours (mAh)--has not evolved to keep pace with the introduction of new technologies.
Why NiZn? (Nickle Zinc)
About Nickel
Nickel has many uses from construction materials to food preparation, but its many favorable characteristics make it an excellent choice in the use of high powered rechargeable batteries. For more information on nickel, its many uses and its metallurgical properties, visit the Nickel Institute. Zinc Facts
Zinc's unique properties allow it to be used in an array of products from cosmetics, to baby powder, to precision parts for automobiles, airplanes and appliances. The International Zinc Association notes that one of the most useful characteristics of zinc is its resistance to atmospheric corrosion. The ranking of zinc in the electromotive series of metals (an indication of a metal's tendency to oxidize, or give up electrons) positioned below magnesium and aluminum but above cadmium, iron, nickel and hydrogen, make it an exceptional material to use in conjunction with nickel when designing a battery. The electronegative characteristics of zinc have made it a popular choice in a variety of primary (single use) battery technologies for many years. Recyclability
More than 6.5 million metric tons of zinc slab, oxides, powders and dusts are consumed each year in the Western World, two million of which come from recycled zinc. In the United States, the Bureau of Mines estimates that with enhanced recovery, recycled zinc will ultimately account for more than 40% of the total amount of zinc used
Meanwhile, nickel's resistance to corrosion means that when most nickel-containing products are eventually discarded, they are still intact and easily identifiable (e.g., a kitchen sink made of stainless steel). This aids in the collection and sorting of nickel-containing products for recycling. Sustainability
While abundant, both nickel and zinc are finite resources. However, their innate characteristics and recyclability assure environmentally sensitive availability for long-term development. Unlike many other materials nickel and zinc can be recycled again and again while maintaining their physical and chemical properties. There remains the same amount of each element at the end of a particular product cycle as at the beginning.
The mAh rating is a product of a battery's current and time rating, omitting an essential element of battery power and capacity: voltage. mAh served as a valuable measurement gauge of battery performance when all batteries provided equal or similar voltage. However, an alternate measurement called milliwatt hour (mWh), which multiplies mAh by voltage, delivers the more informative and precise measurement needed to analyze and compare today's differentiated battery market. The mWh specification can help businesses and consumers understand the true capacity of batteries to provide energy to a load.
Limitations of mAh Today, batteries and battery packs are commonly described based on two separate characteristics: voltage and mAh (the product of current capacity over a finite time period). For example, an AA-cell Nickel-Cadmium (NiCd) battery may have a rated capacity of 800 mAh, and an open circuit voltage of 1.2 volts. These separate conventions have served the industry well when comparing batteries with similar chemical characteristics, but they are far less useful when comparing battery systems with dissimilar chemistry.
A significant limitation of the mAh designation becomes evident when mAh is used to compare two batteries with varying voltages, such as NiCd and Nickel-Zinc (NiZn) batteries. Because NiCd batteries have an open circuit voltage of 1.2 volts and NiZn batteries have an open circuit voltage of 1.6 volts, a NiCd cell rated at 800 mAh does not deliver the same performance as a NiZn cell rated at 800 mAh,. To compare and understand the performance capability of the two batteries, open circuit voltage must be factored into the measurement, which by definition the mAh specification does not do.
A better alternative: mWh To detail more precisely the performance differences between batteries, the mAh rating--which is the product of current and time--must be enhanced to include voltage. As the product of current, time and voltage, the mWh rating delivers this much-needed measurement improvement.
Returning to the example of NiCd and NiZn cells that are each rated at 800 mAh, the mWh rating reveals the substantial performance difference between the two batteries. With an open circuit voltage of 1.2, the mWh rating of the NiCd cell would be 960 mWh (800mAh x 1.2v). Comparatively, the NiZn cell would have a much higher rating of 1280 mWh (800mAh x 1.6v).
Yes, only by employing the mWh rating does it become evident that there is a significant capacity difference between NiCd and NiZn--a difference that is masked by the limitations of the mAh rating. Solution: Practical Applications of the New mWh Specification
To demonstrate the many benefits of the mWh specification, we will examine a few common electronic equipment applications for which businesses and consumers depend on a thorough understanding of battery capacity and performance.
Example 1: Digital Photography Digital photographers want battery packs that provide a high number of total camera flashes with minimal reboot time between each shot. Using mAh, typical NiMH and NiZn battery packs appear nearly identical; only by implementing the mWh designation do the performance advantages of the NiZn battery packs become evident.
A typical NiMH battery pack may offer a digital camera user a total of 250 flashes before needing a recharge. The NiMH battery pack might be comprised of four AA-cell NiMH batteries with a rating of 800 mAh. A comparably sized NiZn battery pack (four AA cells) may also have a rating of 800 mAh rating, and yet the NiZn battery pack can achieve 400 digital camera flashes and lower reboot time throughout the cycle life.
Powergenix
Representational view of NiZn vs. NiMH discharge in a camera application
One reason for the performance difference between the two battery types is that digital cameras, like all electronic devices, have a minimum operating voltage that must be sustained to ensure successful operation. Because NiMH systems typically start at a significantly lower pack voltage than NiZn systems, the NiMH system will fall below the minimum operating voltage of the camera before its NiZn counterpart. Despite the fact that the NiMH battery pack may not have used the entire energy capacity of the pack, the minimum voltage cut-off of the device renders the additional capacity useless.
Because NiZn delivers greater mWh capacity it's able to provide steady-state optimal performance over a larger portion of the system discharge. This correlates to not only more shots or flashes per charge, but also more responsive electronic performance. In the case of a digital camera this translates into quicker flash recharging and processor speed to allow for shorter recovery time between shots.
The bottom line is that battery pack voltage is not accounted for by the mAh rating convention. The four-cell NiMH battery pack in this example has a pack rating of 4.8 volts (4 x 1.2 volts/cell), compared to the 6.4-volt pack rating of the four-cell NiZn battery pack. This is a significant difference that affects user experience but is overlooked by the mAh rating--and would be accounted for by the new mWh rating.
Example 2: Flashlights Flashlights provide another example of the variable performance possible between two batteries with identical mAh ratings. A two-cell AA battery system powers many conventional flashlights, and for the sake of this illustration, both the NiCd and NiZn systems have the same mAh rating of 800.
A consumer who purchases either a NiCd- or NiZn-powered flashlight would expect similar performance, based on the identical mAh rating. However, the flashlight with the NiZn cells will produce brighter light throughout the cycle life of the batteries. The flashlight with the NiCd batteries will produce a light that is not as strong, and the light will dim more over time.
Powergenix Comparison of flashlights using NiCd vs. NiZn batteries
Again, the reason for the performance disparity is the NiCd battery pack's rating of 2.4 volts, compared to the NiZn battery pack's higher rating of 3.2 volts. Only by factoring in the battery pack voltage using the new mWh rating can a business or consumer understand the significant difference between the two types of cells.
Example 3: Power Tools The value of the mWh rating becomes most evident when considering battery packs such as those commonly used in cordless power tools. A battery pack is a combination of cells, and voltage (rather than mAh) is commonly used to measure expected performance. As compared to voltage alone, the mWh rating provides a more meaningful and detailed way to describe, compare and analyze battery packs.
Assuming mAh capacity of 800 for both the NiCd and NiZn cells, a 19.2-volt NiCd battery pack would be rated at 15,369 mWh (16 cells x 960 mWh), while a NiZn pack would be rated at 15,360 mWh (12 cells x 1280 mWh). If a battery pack with a minimum capacity rating of 15,000 mWh were needed for a cordless tool application, the mWh measurement makes it evident that 16 NiCd cells (15,000/960) would be needed, compared to just 12 NiZn cells (15,000/1280).
Using voltage alone for battery packs might suggest that the performance between NiCd and NiZn cells would be nearly identical. In fact, because fewer cells are required, a NiZn pack is more reliable since fewer inter-cell connections are needed. In addition, the battery pack is smaller, weighs less and costs less--all while delivering equal or greater performance. Furthermore, the benefits of reduced size and pack complexity are amplified as the power requirements of a device increase, making the differentiation in performance measured by the mWh rating greater as battery pack size increases for devices such as in electric bikes and vehicles.
powergenix Performance gains as battery pack size increases
Conclusion: mWh Specification Offers Greater Clarity and Precision For decades, the mAh rating has provided a helpful guide to the relative performance of different batteries, but today's new technologies require a new battery specification that delivers more detailed and comprehensive information about battery capability and performance.
As shown above, the value of the mWh rating is particularly evident when considering batteries of different chemistries that have similar or identical mAh ratings, and yet deliver vastly different performance. The comparison between NiCd and NiZn cells is particularly revealing because their mAh ratings are often similar, and yet NiZn cells are technologically advanced, offering high energy density, superior power density, and longer cycle and shelf life, as well as being nontoxic and easily recyclable.
For businesses and consumers, information is power. By factoring in voltage as well as current and time, the mWh rating offers a superior alternative to mAh--one that provides all the information necessary to make smart, informed decisions about battery capability and performance.
About PowerGenix PowerGenix has developed and patented a high-energy density, high-cycle life and low-cost Nickel-Zinc battery targeting the market for energy intensive electronics and hybrid electric vehicles (HEVs). Specifically designed to utilize existing Nickel-Cadmium manufacturing processes, techniques and equipment, PowerGenix offers the supply chain scaling and security OEMs require. With its patented rechargeable Nickel-Zinc battery technology, PowerGenix is pursuing applications to replace existing Nickel-Cadmium and Nickel Metal Hydride batteries in the multi-billion dollar rechargeable battery market.
For more information about the advantages of Nickel-Zinc battery technology, contact PowerGenix or DepotEco (EcoBatteries.net)
Warranty is 1 year replacement -Free of Charge from Powergenix- San Diego, CA On Sale Now At DepotEco - EcoBatteries.net - Amazon.com
PowerGenix ZRPGX-AA8 AA 1.6v 2500 mWh ZiNc High-Voltage Rechargeable Batteries -8 Pack (Green)』 『PowerGenix 8 Pack AA 1.6v High Voltage Nickel Zinc Rechargeable cells 2500 mWh』
タイトル『 CGR-B/6F1 Laptop Battery for Acer Aspire 3690-2672 >
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price：
Acer
『CGR-B/6F1 Laptop Battery for Acer Aspire 3690-2672』 タイトル『 Professional Snap On Lens Cap + Deluxe Lens Cap Keeper For The Casio Exilim EX-F1 Digital Camera >
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price：$6.99
DB ROTH
『KIT INCLUDES
* 1)Professional Snap On Lens Cap -Indispensable for protecting your valuable lenses, this cap should be used on all your lenses.Snap-On Lens Caps Spring clips assure positive lock. Light weight.
* 2)Deluxe Lens Cap Keeper-Elastic Loop Warps Around Lens Barrel.For SLR cameras with interchangeable lenses and video cameras
* 3)DB ROTH Micro Fiber Cloth -Eliminate dust and smudges from your camera』 タイトル『 25 PC ULTIMATE SUPER SAVINGS DELUXE DB ROTH ACCESSORY KIT For The Casio Exilim EX-F1 Digital Camera + BONUS Gift = Waterproof Camera = Great For Kids >
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price：$99.99
DB ROTH
『
Kit Includes: * 1) Deluxe Camera Case- Protect your valuable camera investment * 2) 4GB SecureDigital Card- Take more pictures faster with this Memory Card * 3) High Speed USB 2.0 SecureDigital Card Reader- Transfer files easily and quickly * 4) Universal Screen Protectors- These reduce glare, enhance view, prevent scratching * 5) Full Size 57 Inch Tripod- Tripod with Carrying Case: lightweight and sturdy * 6,7,8,9,10) Deluxe "5"-Piece Cleaning Kit- This contains cleaning tissues, lens cloth, cleaning solution, blower brush, cotton swabs * 11) Memory Card Wallet- Keep multiple memory cards protected and organized * 12) Digital Slave Flash- Stylish, Compact Design, Includes Flash Bracket * 13) High Capacity Lithium Ion Battery- A spare rechargeable battery is an essential accessory. No power, no pictures! * 15) Lenspen Cleaning System- With This you can clean hard to get to spots on your lens * 16) Microfiber Cloth- Eliminate dust and smudges * 17) ImageRecall Digital Image Recovery Software- Recover lost or deleted images from your memory cards * 18,19) SD Card Slot Cleaner (includes 2 cleaners)- This cleans and polishes inside the connectors of the camera's internal reader * 20) Flexible Tabletop Mini Tripod- Do not be the invisible person in your family photo album! * 21) Hurricane Air Blower- This should always be the first step in cleaning your photo equipment * 22) Lens Cap Keeper- Never lose your cap again! * 23) Endust Compressed Air Duster Spray * 24) Deluxe Neck Strap * 25) BONUS!! Free 25 Quality Prints (Promo code # on invoice)』 タイトル『 Leica Adapter for 21mm/f1.4 to accept E82 Filter >
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price：$140.00
Leica
Usually ships in 24 hours 『This filter adapter allows you to use E82 filters on your LEICA SUMMILUX-M 24 mm f/1.4 Lens.』 タイトル『 Leica Hood 24mm/f1.4 >
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price：$300.00
Leica
Usually ships in 24 hours タイトル『 Leica Adapter for 24mm/f1.4 to accept E72 Filter >
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price：$29.96
Leica
Usually ships in 24 hours 『This filter adapter allows you to use E72 filters on your LEICA SUMMILUX-M 24 mm f/1.4 Lens』
The scallop of large satisfactory ! northern countries and - [ of how much ] botan shrimp are ! tightly.
getting to know the technique of motorbike expensive sale -- Ta -- if -- -
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