Industrial Automation Magazine India

UNIPro 13u

Published on : Tuesday 30-11--0001

UNIPro 13u:

 

Hardware Features

• Computer Interface
  USB
• Universal Pin Drivers
  48 Pin ZIF socket with universal 48pin-drivers., No adapter required for DIP devices
• Super programming speed
  Programs 89C58 in less than 4 seconds
• Over current & over voltage protection
  Added on each pin, to protect programmer hardware from destroying, due to bad chip, short circuit and ESD
• User-selectable verification.
  Select verification voltage, e.g., Vcc, Vcc ±5%, Vcc ±10%. This verification ensures that your device has been programmed properly, preventing failures due to programming errors and ensuring data retention.
• Device insertion and contact checks
  Performs device insertion and contact check before it programs each device & can detect poor pin contact & devices inserted upside down or in the wrong position. This function prevents chip from getting damaged due to operator error.

Software Features

• Support Windows OS
  WIN98 SP2/NT/2000/ME/XP/Vista
• Identifies the manufacturer and type of E(E)PROMs#
  Many EPROM and Flash memories have a build-in device ID and manufacturer ID. Programmer can read the device ID by selecting a checkbox, to detect the ID and compare its database to determine the chip’s correct vendor and product number. This feature is especially useful with second hand chips and devices that have had their part number accidentally (or intentionally) removed (# function only applies to 28/32 pin EPROM and Flash memories only).
• Mass Production mode
  Programmer automatically detects & programs device, you don’t need to press any key. Furthermore, in the mass-production mode the system keyboard is automatically disabled, preventing the worker from making any accidental mistakes. For Quantity Production, user can connect 4 UNIPro programmers to a single computer. Quantum users who would like know more about this feature please contact our Customer Support Engineer.

 

Contact:

UC Micro Systems

Tel: 93223 78787

Email: [email protected]