• To meet your future needs for high density flash chips, utilizing the PC's resources; it supports memory devices from 128K bit to Gigabit without the need for hardware upgrades. The 848XP also provides 48-pin TSOP, 44-pin PSOP, 40-pin TSOP, and 32-pin TSOP universal adapters for all the flash chips eliminating the need to purchase multiple adapters and further reducing costs.
• On-board intelligence reduces the system's overhead to a minimum. It can program 8 x 8Mb flash chips (Intel 28F800B3) within 45 seconds; an experienced operator can program thousands of high density devices per day. In addition, with the semi-concurrent programming capability, you can divide the 8 sockets into two groups of four allowing you to program one group while simultaneously removing or inserting devices from the other group.
• Each socket's address, data bus, control lines, power supply and programming voltage are isolated (> 1M ohm). Additionally, sockets have independent build-in Vcc and Vpp current limit circuitry meaning a defective device will not affect the programming integrity of other devices.
• Device insertion and continuity checks are carried out before programming each device. It can detect poor pin contact and device insertion errors including position and pin number mismatch. This function prevents damage to expensive devices due to operator error.
• The 848XP has implemented patented technology in its design; once the chips are inserted into the ZIF sockets, it automatically checks for poor pin contact and device insertion errors. If a problem is found and not corrected within the adjustable time period, 848XP will shutdown the socket and continue programming the rest of devices without any further input from the operator.
• The 848XP is designed to have minimum down time. The eight sockets are divided into four identical independent modules, each containing two sockets. If a module fails, the 848XP can still operate the other modules allowing production to continue without having to stop for repair.
• Additional safety features such as a built-in current limit and pin continuity check function. This prevents damage from faulty chips during the programming cycle.
• The 848XP supports 2.7V ~ 5.0V logic level input/output, and it can supply 2.0V~21V analog voltage (such as VCC).
• Universal pin driver capability lets it program all 48-pin DIL devices, including single-chip Micro-controllers, without adapters. However due to the number of different packages beside DIL, we have developed over 100 different adapters to support these special-package devices.

• Users can save a project file which contains the device selection, buffer data and all programming option settings. The project file can be loaded at any time for future use. Engineer's design and settings can easily be passed to production without interference.
• The 848XP allows you to set the verifying voltage, e.g.,Vcc +/- 5%, Vcc+/- 10%, once devices are programmed. Vcc voltage can be set between 2 and 7.5 Volts ensuring chips have been programmed correctly and reducing data retention problems.
• The 848XP software allows for the user to set a programming target quantity and acceptable maximum failure rate. If the failure rate is exceeded, the software generates a warning message on the screen.
• The 848XP has an Auto Increment function which simply increments the serial numbers in the buffer each time a new device is inserted, saving time and money.
• Multiple 848XP programmers can be connected and controlled through a single PC (via USB port) achieving an extremely powerful multiprogramming system without any decrease in programming speed.
• Keeping your programmer software up to date can be a costly business with some programmers. Dataman offers completely FREE software updates whenever you need them.

ZIF socket - EPROM / FLASH / EEPROM / MICROCONTROLLERS / FPGA