You can then print the label onto a printable disc. The NewSoft CD Labeler is a software program that is developed by NewSoft Technology. You can use the NewSoft CD Labeler software to make a disc label on your Windows computer. The NewSoft CD Labeler runs on Windows 7, XP, 8, and Vista. The user’s Brother machine can print directly onto any type of printable disc media, which includes CD-R/RWs, DVDR/RWs, or Blue-Rays. CD cover maker is a tool to easily design a CD cover, DVD box or case inserts. The NewSoft CD Labeler can personalize CD/DVD labels as well as Jewel Box covers. Best large label maker: Brother PT-D600VP label maker. The user can print the label onto a printable disc. He can also use the NewSoft CD Labeler software to make a disc label on his Macintosh. He can then print the label onto a printable disc. He can use the NewSoft Labeler software to make a disc label on his Windows computer. He can also check the OS written on the CD-ROM label and follow the steps that are applicable to his case. Users can install their NewSoft CD Labeler from the CD ROM that is supplied with their Brother machine. Since the motor signal was delayed for longer than that period, the voltage divider wasn't being powered during measurment so the MCU thought the batteries were dead: it instantly turned off.NewSoft CD Labeler lets the user print his favorite photos or a variety of design templates directly onto CDs, DVDs, or Blue-Ray disc with a printable surface. When the printer is turned on, the motor is powered during a very shot period, just enough to measure voltage but not enough to make it spin. so I took it from the CD and I share it here with you guys. The schematics revealed that the voltage divider used by the MCU to measure battery voltage was only powered when the motor was on (to prevent it from always draining current). NewSoft CD Labeler (Brother MFC-J835DW) I was trying to find this NewSoft CD Labeler Software out there to download it instead of looking for the 'obsolete' cd (where is with the printer). It can either go to sleep mode (low power) or kill itself by setting that output tried delaying the motor control signal to avoid wasting 10km of tape each time he needed a label, but surprisingly that made it impossible to turn on the printer. It shorts a line to ground when pressed and powers up the MCU, which then keeps itself alive via a /powerdown output. The power button is independent from the keyboard matrix. ![]() ![]() It simply expects it to always run at the same speed and sends lines to the print head at steady intervals. Since this printer doesn't do barcodes, they saved on costs and didn't give a way to the MCU to know how fast the motor is going. This makes the tape move at a constant speed whatever the battery voltage is (in a reasonable range, say 9~7V). The BA6620 analog chip "kicks" the motor for a quick start and regulates its speed by using more of less of the 9V supply. Maybe for saving memory, or to extend the whole device's useful lifespan in case some heating elements burn out. It appears that the pixels are doubled, making the resolution 32 pixels instead of 64. They're latched shortly after and Strobe goes low for 4.38ms (heating time). It could go up to 5MHz if the driver is indeed a S4622A. The E100 uses quite a high clock speed: 1.5MHz. The heaters are powered with +9V and the driver chip with +5V. ![]() The strobe signal enables the latch output which turns on the selected heating elements, transfering ink to the label. ![]() BTG-12816D-TAWA-N-G-A1: BeyondTek Graphic 128x16 dots STN gray.Įach line's pixels are clocked in a 64-bit shift register, then latched. Keyboard: See keyboard.png (P-Touch E100), it's a simple scanned matrix.Why not swap the whole control PCB to allow the use of a cheap, more popular MCU and eventually add connectivity or some external memory to be able to print anything ? What That MCU doesn't seem very popular and its dev tools look scary (as most stuff from Japan). Erasing, programming and readback are all disabled. The "R5F100MHA" MCU is a flash-based Renesas RL78/G13, which doesn't do anything spectacular except being able to become one-time-programmable with a single fuse set. A printing assembly consisting of a DC motor and a thermal print head.It seems that P-touch printers are all made of the same stuff, only the firmware and a few buttons change. Also many essential symbols are missing (badly drawn penises for example). The minimum margin is gigantic, lots of tape is wasted.
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