100% Working USB Charging Adaptor for Creative ZEN V Plus MP3 Players
Intro: 100% Working USB Charging Adaptor for Creative ZEN V Plus MP3 Players
Here i will describe what you really need to charge your ZEN V plus with every 5VDC power supply!
1. You need the following parts:
- a Mini-USB connector with 5 soldering pins inside from a standard USB-A to Mini-USB cable (see picture 2)
- for the complete adapter a Mini-USB plug (see picture 3)
- a 470 Ohm resistor (SMD (code 471) or metall film because they are smaller as standard resistors)
- soldering implements
For myself i've made an adaptor (see picture 1, 4 and 5) to use my motorola RAZR power supply (see picture 1).
On the pictures 6 and 7 you can see that the (my) adaptor works!
To use this adaptor on every PC/Notebook you need additionally such an standard USB-A to Mini-USB cable (see picture 2).
1. You need the following parts:
- a Mini-USB connector with 5 soldering pins inside from a standard USB-A to Mini-USB cable (see picture 2)
- for the complete adapter a Mini-USB plug (see picture 3)
- a 470 Ohm resistor (SMD (code 471) or metall film because they are smaller as standard resistors)
- soldering implements
For myself i've made an adaptor (see picture 1, 4 and 5) to use my motorola RAZR power supply (see picture 1).
On the pictures 6 and 7 you can see that the (my) adaptor works!
To use this adaptor on every PC/Notebook you need additionally such an standard USB-A to Mini-USB cable (see picture 2).
STEP 1: This Is Picture 2:
An standard USB-A to Mini-USB cable:
STEP 2: This Is Picture 3:
Mini-USB port
STEP 3: Second Version That Works: (i've Not Tested It, It Comes From an Universal Adaptor for the ZEN V Series)
The second version uses 2 resistors, 1 kOhm and 2kOhm!
In this wiring diagram you can see, how the both resistors are connected:
In this wiring diagram you can see, how the both resistors are connected:
STEP 4: These Are the Pictures 4 and 5:
Picture 4 is from inside the Mini-USB plug
Picture 5 is the complete adaptor with heat shrink sleeve on each connector
Picture 5 is the complete adaptor with heat shrink sleeve on each connector
STEP 5: These Are the Pictures 6 and 7:
In picture 6 you can see the motorola RAZR powersupply, the adapter and my ZEN V plus in charging mode.
In picture 7 you can see my ZEN V plus too in working and charging mode.
In picture 7 you can see my ZEN V plus too in working and charging mode.
39 Comments
ejohn 12 years ago
The 470ohm version does't work
graywolf83 12 years ago
joerns 14 years ago
I stumbled upon another possibility to make a Zen V load (at least my one does) when I opened a very, very cheap charger. It had the D+ connector (green cable) connected to GND (black).
I tried multiple setups and ended up with this. Note that it isn't standarts compliant unless you remove the resistor (but then of course your Zen won't charge any more ;). Use it on your own risk ;)
lcole1 13 years ago
Keep this in mind, that a computer does NOT output data or power to pins 2 & 3 for any device, once it is connected, or data is being transmitted; however keeping it plugged in will charge it.
I do not recommend powering against your data-pins. I have blown up more than one motherboard circuit due to 'accidental' powering of the data circuits. Last note: test your charge circuit WITHOUT powering pins 2&3, before adding that 22k resistor circuit shown in the diagram above...most devices will charge with only pins 1 & 4 in the circuit.
lcole1 13 years ago
SIMPLE! Ok, makes sense. The Zen is actually 'computer saavy', and with the mini-USB plug - it isn't just there for looks, it is actually taking advantage of the 4th pin signalling to prevent 'surge' or 'amateur' tampering...like building chargers without understanding the charge circuit requirements. Interesting...
chetka 13 years ago
nicas 14 years ago
of LUEMMEL and NERGAL8 that I used. Instead of modifing a cable I modified the USB CHARGER. I opened a USB charger, one of those commonly sold everywhere, and I disconnected the WHITE and GREEN cables from the output, so only the RED and BLACK cables where left connected (the two outer ones +5 & GROUND), then I soldered a 470 Ohm resistor between the BLACK and GREEN pins of the usb charger (the one next to the black pin). The system operated normally on my ZEN MOSAIC. I found this way easier and can be used on any car usb charger too.
IsoZ 14 years ago
Isn't it clear the data signal (pins 2 and 3) are used with PC? There is no signal number 4 in the bigger USB connector. There is only two data, +5 and GND.
The signal 4 is defined as "ID" in the standard (http://en.wikipedia.org/wiki/Universal_Serial_Bus)
Have you tested grounding or +5 (susing resistors) with data signals?
tinnyjl 14 years ago
luemmel 14 years ago
tinnyjl 14 years ago
luemmel 14 years ago
color code: yellow-violet-brown-gold* or silver* (metal film resistor: yellow-violet-black-black-red*, brown* or green*)
SMD-Code: 471
The colors marked with * are the tolerance in percent:
gold: +- 5
silver: +- 10
red: +- 2
brown: +- 1
green: +- 0.5
ectatomma 14 years ago
hirondel 15 years ago
nergal8 15 years ago
jaxthecob 15 years ago
SlightlyNormal 15 years ago
csiress2 15 years ago
adashi 15 years ago
k97544 15 years ago
Mine was an ugly project, though, since the unused pin was not connected to a wire in the USB cable I used. So I whittled off all of the molded plastic and got down to the metal parts, then inside of that I chewed away more molding material to see that the unused pin didn't have any accessible solderable metal showing - it's a tiny plug! So I removed it (firm but gentile pulling) from the 5-pin plug and used a pin from my wife's sewing basket to replace it - by sticking it through the hole the original pin left and letting it stick out in back far enough to attach the resistor etc. Some hot glue to replace the molded material, ugly electrical tape to hold the metal plug body together and cover the resistor etc., and it works.
Thanks again!