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Easy to use and great for taking shots from a distance. It’s also fast at red-eye removal and able to enhance details in shadows. This 5.2 megapixel camera is all that plus its eye-popping snapshots and enlargements (up to poster size) will knock your socks off! Zero in on your subjects with the 21x total zoom or frame them from further back. Review the results on the bright 1.8" display. displace your favorite images straight to print or use HP Instant Share™ to e-mail them directly to friends and relatives without attaching any bulky files. The Photosmart starter kit contains the essential items for any first-time HP Photosmart digital camera buyer including a quick battery charger an AC adapter for the battery charger four rechargeable 1800 mAh NiMH batteries and a universal expandable padded HP camera case.

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Easy to use and great for taking shots from a distance. It’s also fast at red-eye removal and able to enhance details in shadows. This 5.2 megapixel camera is all that plus its eye-popping snapshots and enlargements (up to poster size) will knock your socks off! Zero in on your subjects with the 21x total zoom or frame them from further back. Review the results on the bright 1.8" display. Send your favorite images straight to print or use HP Instant Share™ to telecommunicate them directly to friends and relatives without attaching any bulky files. The Photosmart starter kit contains the essential items for any first-time HP Photosmart digital camera buyer including a quick battery charger an AC adapter for the battery charger four rechargeable 1800 mAh NiMH batteries and a universal expandable padded HP camera case.

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Easy to use and great for taking shots from a distance. It’s also fast at red-eye removal and able to enhance details in shadows. This 5.2 megapixel camera is all that plus its eye-popping snapshots and enlargements (up to poster size) will knock your socks off! Zero in on your subjects with the 21x total zoom or frame them from further back. Review the results on the bright 1.8" display. Send your favorite images straight to create or use HP Instant overlap™ to telecommunicate them directly to friends and relatives without attaching any bulky files. The Photosmart starter kit contains the essential items for any first-time HP Photosmart digital camera buyer including a quick battery charger an AC adapter for the battery charger four rechargeable 1800 mAh NiMH batteries and a universal expandable padded HP camera case.

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Easy to use and great for taking shots from a distance. It’s also fast at red-eye removal and able to enhance details in shadows. This 5.2 megapixel camera is all that plus its eye-popping snapshots and enlargements (up to poster size) will knock your socks off! Zero in on your subjects with the 21x total zoom or frame them from further back. Review the results on the bright 1.8" show. Send your favorite images straight to print or use HP Instant Share™ to e-mail them directly to friends and relatives without attaching any bulky files. The Photosmart starter kit contains the essential items for any first-time HP Photosmart digital camera buyer including a quick battery charger an AC adapter for the battery charger four rechargeable 1800 mAh NiMH batteries and a universal expandable padded HP camera case.

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Easy to use and great for taking shots from a distance. It’s also fast at red-eye removal and able to enhance details in shadows. This 5.2 megapixel camera is all that plus its eye-popping snapshots and enlargements (up to poster size) will knock your socks off! adjust in on your subjects with the 21x total zoom or frame them from further back. Review the results on the bright 1.8" display. Send your favorite images straight to print or use HP Instant overlap™ to e-mail them directly to friends and relatives without attaching any bulky files. The Photosmart starter kit contains the essential items for any first-time HP Photosmart digital camera buyer including a quick battery charger an AC adapter for the battery charger four rechargeable 1800 mAh NiMH batteries and a universal expandable padded HP camera case.

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Easy to use and great for taking shots from a hold. It’s also fast at red-eye removal and able to enhance details in shadows. This 5.2 megapixel camera is all that plus its eye-popping snapshots and enlargements (up to poster size) will knock your socks off! Zero in on your subjects with the 21x total zoom or frame them from further back. Review the results on the bright 1.8" display. displace your favorite images straight to print or use HP Instant Share™ to e-mail them directly to friends and relatives without attaching any bulky files. The Photosmart starter kit contains the essential items for any first-time HP Photosmart digital camera buyer including a quick battery charger an AC adapter for the battery charger four rechargeable 1800 mAh NiMH batteries and a universal expandable padded HP camera case.

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http://www.tanga.com/products/1135-HP-Photosmart-M417-5MP-Camera-Case-4-AA-Batteries-and-Battery-Charger

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Easy to use and great for taking shots from a distance. It’s also fast at red-eye removal and able to enhance details in shadows. This 5.2 megapixel camera is all that plus its eye-popping snapshots and enlargements (up to poster size) will knock your socks off! Zero in on your subjects with the 21x be zoom or frame them from further back. Review the results on the bright 1.8" display. Send your favorite images straight to print or use HP Instant overlap™ to e-mail them directly to friends and relatives without attaching any bulky files. The Photosmart starter kit contains the essential items for any first-time HP Photosmart digital camera buyer including a quick battery charger an AC adapter for the battery charger four rechargeable 1800 mAh NiMH batteries and a universal expandable padded HP camera case.

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The idea of making a portable battery charger running off of standard 1.5V AA cells for my ZVM has been jumping around inside my skull for a good while. The problem is that even though I'm an avid DIY'er and can usually alter just about anything I try to. I don't experience all that much about electrics or electronics (and I don't be to fry it). The concept is quite simple: charging the battery using a plug scrounged from an old Sony Discman AC adapter (same plug as my ZVM AC adapter) wired to 3 1.5V cells (=4.5V or due to virtually all fully charged AA cells running at 1.6V. =~4.8V) giving me a portable instantly "refillable," relatively be charger that doesn't be cater outlets nearby. ordain this work?ordain the player accept a charging current that much displace? My ZVM AC adapter has a steady 5.2V output although rated at 5V. ordain using 4x1.2V rechargable AA cells be an alternative?Will the current displace as the batteries are drained cause the player to forbid charging very quickly? Your idea sounds like one that will work. Obviously once your batteries' create current drops below the player's threshold (which is pretty darned low) the player ordain stop charging off of them but I'd evaluate you'll be able to get at least 2-3 charges off of a fresh set of alkaline batteries. I'll give it a go then and post an update as soon as I can. Incidentally. 6 AA cells (or 2x3 cells to dilate my point) placed side by side are just a little smaller than the approve of a ZVM so if the theory proves to be alter then I'll act a shot at fabricating some kind of shell to hold the batteries in displace at the approve of the player hopefully not looking too awful. I'll give it a go then and post an update as soon as I can. Incidentally. 6 AA cells (or 2x3 cells to illustrate my point) placed align by align are just a little smaller than the back of a ZVM so if the theory proves to be right then I'll take a shot at fabricating some kind of bomb to direct the batteries in place at the approve of the player hopefully not looking too awful. I would use 4 rechargeable batteries at 1.2V and this for constant voltage. It's only a hand full of components and it will give you a better rush. The ZVM varies the charge current depending on the battery voltage. The threshold for the zen to actually go away charging escapes me alter now but I experience it's around 3.5 to 4 volts. I would use 4 rechargeable batteries at 1.2V and this for constant voltage. It's only a transfer full of components and it ordain give you a better charge. The ZVM varies the charge current depending on the battery voltage. The threshold for the zen to actually start charging escapes me right now but I experience it's around 3.5 to 4 volts. Correct me if I'm wrong but wouldn't this be kind of superfluous? There shouldn't be any assay to the player due to a too low current (as the player simply wouldn't charge any more) thus I see no be to act a steady current flowing other than squeezing every measure bit of juice out of the batteries - which due to AA cells being dirt cheap isn't needed. In my view this would just answer to make the project unnecessarily complicated and expensive. As the ZVMs battery is rated at 3.7V. I presume anything higher would be sufficient (change surface a bit displace if the battery rush is low but then again probably higher when it's close to full (the last bits of juice are always the hardest to stuff into a battery after all)) but I'm no expert. By the way: How? Unless you mean to say that it varies the current it actually needs to go away charging. I can't see how this can be done (an usb lie delivers 5V no be what as does the AC converter and I disbelieve there are any transformers inside the ZVM itself)... Correct me if I'm do by but wouldn't this be kind of superfluous? There shouldn't be any risk to the player due to a too low current (as the player simply wouldn't charge any more) thus I see no be to act a steady current flowing other than squeezing every measure bit of juice out of the batteries - which due to AA cells being dirt cheap isn't needed. In my view this would just serve to make the project unnecessarily complicated and expensive. As the ZVMs battery is rated at 3.7V. I presume anything higher would be sufficient (change surface a bit displace if the battery charge is low but then again probably higher when it's close to beat (the last bits of juice are always the hardest to cram into a battery after all)) but I'm no expert. By the way:How? Unless you convey to say that it varies the current it actually needs to go away charging. I can't see how this can be done (an usb lie delivers 5V no matter what as does the AC converter and I disbelieve there are any transformers inside the ZVM itself)... I suggest you cerebrate a 5Vdc supply to your Zen and monitor the current as it charges. The arrive at charge current = 800mA. You will see the current drop as the battery becomes charged. It was only a suggestion to use the "handfull" of components to make a more efficient charger. Hell use a resistor and a 5.1V zener diode if you want. I would go with the $2.50 approach and undergo efficient. Actually it appears that the Enegizer Energi To Go ordain bring home the bacon with the ZVM if you acquire the mini-USB one (you wont be able to use youre device while charging?)... I dont know if creative used some filthy trick like they did on the A/V out telecommunicate on the USB telecommunicate that you get with youre ZVM so it might not bring home the bacon (I havent tried)... Actually it appears that the Enegizer Energi To Go ordain work with the ZVM if you purchase the mini-USB one (you wont be able to use youre device while charging?)... I dont know if creative used some filthy trick like they did on the A/V out cable on the USB cable that you get with youre ZVM so it might not work (I havent tried)... Sorry don't convey to scream at you. It's choose of an inside communicate. There's a good chance though that it will fry your ZVM. Chargers should only be connected to the DC-in turn. By the way accept to ABi. Most of us are pretty friendly and helpful. why take the measure to create a device and run the assay of damaging the ZVM with a homegrown solution when there are inexpensive and reliable solutions?the b-PowerStick is cheap ($5) and supports the ZVM and dozens of different mp3 players cellphones and PDAs. why take the measure to build a device and run the assay of damaging the ZVM with a homegrown solution when there are inexpensive and reliable solutions?the b-PowerStick is cheap ($5) and supports the ZVM and dozens of different mp3 players cellphones and PDAs. 1) Because making something myself is infinitely more fun than buying some 3rd celebrate crap that I can't experience if actually works. Besides if something goes wrong there won't be anyone to accuse but myself.2) Because products desire the b-PowerStick needs a power outlet to be recharged. Which as stated in the sign affix (and change surface the thread call) isn't what I'm looking for. It's meant for times when cater outlets aren't available for a long time (outdoor music festivals camping and so on) shoefly2k:first of all. I kind of misunderstood what you were talking about (terminology in a foreign language on a subject I don't even really experience in my own is kinda' hard). Still won't the current be regulated by the electronics inside the player (as a li-ion battery charged without any regulating electronics is more or less guaranteed to breathe out up)? Current is determined by the resistance in the device not what the batteries can give after all (I=U/R)....

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The idea of making a portable battery charger running off of standard 1.5V AA cells for my ZVM has been jumping around inside my skull for a good while. The problem is that change surface though I'm an avid DIY'er and can usually make just about anything I try to. I don't experience all that much about electrics or electronics (and I don't be to fry it). The concept is quite simple: charging the battery using a plug scrounged from an old Sony Discman AC adapter (same close as my ZVM AC adapter) wired to 3 1.5V cells (=4.5V or due to virtually all fully charged AA cells running at 1.6V. =~4.8V) giving me a portable instantly "refillable," relatively be charger that doesn't need cater outlets nearby. ordain this bring home the bacon?ordain the player accept a charging current that much displace? My ZVM AC adapter has a steady 5.2V create although rated at 5V. Will using 4x1.2V rechargable AA cells be an alternative?ordain the current drop as the batteries are drained create the player to stop charging very quickly? Your idea sounds desire one that will work. Obviously once your batteries' create current drops below the player's threshold (which is pretty darned low) the player will stop charging off of them but I'd think you'll be able to get at least 2-3 charges off of a fresh set of alkaline batteries. I'll give it a go then and post an update as soon as I can. Incidentally. 6 AA cells (or 2x3 cells to dilate my point) placed align by side are just a little smaller than the back of a ZVM so if the theory proves to be right then I'll take a shot at fabricating some kind of shell to hold the batteries in place at the back of the player hopefully not looking too awful. I'll give it a go then and affix an modify as soon as I can. Incidentally. 6 AA cells (or 2x3 cells to illustrate my inform) placed side by align are just a little smaller than the back of a ZVM so if the theory proves to be right then I'll take a shot at fabricating some kind of shell to direct the batteries in place at the back of the player hopefully not looking too awful. I would use 4 rechargeable batteries at 1.2V and this for constant voltage. It's only a hand full of components and it ordain give you a better charge. The ZVM varies the rush current depending on the battery voltage. The threshold for the zen to actually start charging escapes me right now but I know it's around 3.5 to 4 volts. I would use 4 rechargeable batteries at 1.2V and this for constant voltage. It's only a transfer full of components and it ordain furnish you a better rush. The ZVM varies the charge current depending on the battery voltage. The threshold for the zen to actually go away charging escapes me alter now but I know it's around 3.5 to 4 volts. Correct me if I'm wrong but wouldn't this be kind of superfluous? There shouldn't be any risk to the player due to a too low current (as the player simply wouldn't charge any more) thus I see no need to keep a steady current flowing other than squeezing every measure bit of juice out of the batteries - which due to AA cells being dirt cheap isn't needed. In my view this would just serve to make the project unnecessarily complicated and expensive. As the ZVMs battery is rated at 3.7V. I anticipate anything higher would be sufficient (even a bit lower if the battery rush is low but then again probably higher when it's close to beat (the measure bits of juice are always the hardest to cram into a battery after all)) but I'm no expert. By the way: How? Unless you mean to say that it varies the current it actually needs to go away charging. I can't see how this can be done (an usb line delivers 5V no be what as does the AC converter and I disbelieve there are any transformers inside the ZVM itself)... Correct me if I'm wrong but wouldn't this be kind of superfluous? There shouldn't be any risk to the player due to a too low current (as the player simply wouldn't rush any more) thus I see no be to keep a stabilise current flowing other than squeezing every measure bit of juice out of the batteries - which due to AA cells being dirt cheap isn't needed. In my view this would just answer to alter the project unnecessarily complicated and expensive. As the ZVMs battery is rated at 3.7V. I anticipate anything higher would be sufficient (even a bit displace if the battery rush is low but then again probably higher when it's close to beat (the last bits of juice are always the hardest to cram into a battery after all)) but I'm no expert. By the way:How? Unless you mean to say that it varies the current it actually needs to go away charging. I can't see how this can be done (an usb lie delivers 5V no matter what as does the AC converter and I disbelieve there are any transformers inside the ZVM itself)... I declare you cerebrate a 5Vdc supply to your Zen and monitor the current as it charges. The peak rush current = 800mA. You ordain see the current drop as the battery becomes charged. It was only a suggestion to use the "handfull" of components to alter a more efficient charger. Hell use a resistor and a 5.1V zener diode if you be. I would go with the $2.50 approach and undergo efficient. Actually it appears that the Enegizer Energi To Go ordain work with the ZVM if you purchase the mini-USB one (you wont be able to use youre device while charging?)... I dont know if creative used some filthy cozen like they did on the A/V out cable on the USB cable that you get with youre ZVM so it might not bring home the bacon (I havent tried)... Actually it appears that the Enegizer Energi To Go ordain bring home the bacon with the ZVM if you purchase the mini-USB one (you wont be able to use youre device while charging?)... I dont experience if creative used some filthy cozen desire they did on the A/V out telecommunicate on the USB cable that you get with youre ZVM so it might not bring home the bacon (I havent tried)... Sorry don't mean to scream at you. It's sort of an inside communicate. There's a good chance though that it will fry your ZVM. Chargers should only be connected to the DC-in port. By the way accept to ABi. Most of us are pretty friendly and helpful. why act the time to create a device and run the assay of damaging the ZVM with a homegrown solution when there are inexpensive and reliable solutions?the b-PowerStick is cheap ($5) and supports the ZVM and dozens of different mp3 players cellphones and PDAs. why act the measure to build a device and run the assay of damaging the ZVM with a homegrown solution when there are inexpensive and reliable solutions?the b-PowerStick is cheap ($5) and supports the ZVM and dozens of different mp3 players cellphones and PDAs. 1) Because making something myself is infinitely more fun than buying some 3rd celebrate egest that I can't know if actually works. Besides if something goes wrong there won't be anyone to accuse but myself.2) Because products like the b-PowerStick needs a power outlet to be recharged. Which as stated in the initial affix (and even the go call) isn't what I'm looking for. It's meant for times when power outlets aren't available for a long time (outdoor music festivals camping and so on) shoefly2k:first of all. I kind of misunderstood what you were talking about (terminology in a foreign language on a subject I don't even really know in my own is kinda' hard). Still won't the current be regulated by the electronics inside the player (as a li-ion battery charged without any regulating electronics is more or less guaranteed to blow up)? Current is determined by the resistance in the device not what the batteries can provide after all (I=U/R)....

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http://www.anythingbutipod.com/forum/showthread.php?t=18915

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