Main features:
Support can burn 82516 chip, support brand by 315
Integration based on the core of four independent Beeprog2 general burning module into an organic whole
Super fast burning speed (greater than 5 mbytes/s, 2 g eMMC NAND Flash burn time is less than 365 s)
Support offline burn without an external computer
The built-in industrial control computer, touch screen control
Support for 48 pin universal driver
48 the pin the following DIP device without a converter is used
Support the ISP burning mass production
Test each PIN feet has ESD protection
Fully automatic asynchronous replication without waiting for, greatly enhance the burning efficiency
Description:
Beehive208S support 48 pin (8 x48) universal drive, its burning rate, burning 16 - Mbit flash memory, less than 18 seconds, Ic burning speed reached almost theoretical maximum, it is designed for high speed production record, can maximum limit to save manpower
BeeHive208S integrating eight completely independent programming unit, completely asynchronous operations, like 8 sets of independent programmer. Each unit chip plug or write, no synchronization waiting time, for most of the devices, not waiting for the final unit chip insert, burned the first unit to write complete, so the production efficiency even higher than 8 or 16 production programmer
Internal structure of high speed of FPGA, provide super fast burning speed, based on 48 Pin universal driver design, for each Pin provide independent logic signal, control signal, built-in protection circuit can be a very good protection burning device can also eliminate damage by environmental or wrong operation to burn, burn, surrounding all input to be protected
The waveform of driving circuit with advanced IC manufacturer authentication algorithm, ensure the quality of high programming, both low voltage and low quality components
Hardware (effective) buffer for each module are
Completely based on FPGA, the reconfiguration of the 48 powerful TTL pindrivers for each PIN feet SOCKET H/Lbrull_upbrull_down and read performance. For all supported devices, advanced PIN drivers will merge high-quality high-speed circuits to send a signal, and won't send back or rebound from the ground. The PIN driver support as low as 1.8 V voltage, so you can burn all today's advanced low voltage devices at any time.
Buffer before burning device, each module executable device is inserted into the test (plug wrong or plug) and connection test (PIN feet in contact with the test block is bad). This supported by the over-current protection byte and signal detection performance, can avoid damage caused by improper operation of IC.
Self-checking performance is allowed to run software diagnostic role for buffer for each complete detection module performance good or bad.
Built-in protection circuit can be ruled out because the environment or caused by operator error burn module buffer and/or damage to the device. All ZIF test input PINS and BeeHive208S burn ISP connection PINS, have ESD protection (up to 15 kv).
BeeHive208S burning device burn in the edge of the supply voltage levels shall check, it obviously improve the yield and burn ensures long data retention.
Have all kinds of adapter supports all kinds of different packaging. Such as: PLCC, SOIC, PSOP, SSOP, TSOP, TSSOP, TQFP, QFN (MLF), SDIP, BGA and other packaging.
Software (production mode control part)
This part of the software has focused on high volume production operation is easy to monitor.
There are two kinds of how to control and monitor BeeHive208S offline buffer production system: with the control unit or standard monitor/keyboard/mouse.
Touch-sensitive screen graphics controller provides you with basic information about the burning process, let you burn BeeHive208S device for the basic level of control
BeeHive208S offline buffer production system controlled by the project documents. Project documents including the user data, IC replication Settings information, IC configuration data, automatic replication command sequence, and so on. So the operator can be mistakes, because usually by the engineering project document is created and inspection before giving the operator. In order to avoid unnecessary project document changes, may choose to set up the project documentation protected mode.
Each IC can be burn of different data, such as serial number, configuration and the calibration information
