Consult

Large scale integrated circuit burn-in test system(LSIC7000)

The system supports dual temperature zones, and can carry out HTOL burn-in test at room tempera-ture +10°C~+150°C, and detect the output signal of the device in real time during the burn-inprocess, in which the vectors are automatically compared.

Function

Each burn-in board provides 8 programmable power supplies (0.5~10V/0~25A),and the power supply specifications can be customized individually
Each burn-in board is available with 184 DR channels and 32 bidirectional I/O channels
Each chamber can support up to 4 kw of heat dissipation
Vector files in STIL, VCT, VEC formats can be directly imported and used
Chip BIST test is allowed
Fully compatible with DL601H machined burn-in boards, plug and play
Full experimenter human safety considerations are set

Product Features

Test temperature zone	2
Test temperature	RT+10℃~+150℃
Burn-in test zone	16 ZONE/32 SLOTS
Digital signal frequency	12.5MHz
Vector depth	16M depth
Signal channels	184 channels (including 32 bidirecional l/O)
Clock groups	8
Signal period	80~20480nS
Timing edge	2 edges
PiN format	8 types
Programmable VlH	0.5~5V
Voltage compare range	0.5~5V
I/O drive current	DC≥50mA,Instantaneous current>80mA
DPS power supply	0.5~6.0W/25A(10V/10A optional)
DPS power supplies	8 (can be configured according to customer requirements）
DPS output protection	OVP (Overvoltage).UVP (Undervoltage).0CP (Overcurrent)
Machine power supply	Three-phase AC380+38V
Maximum power	35KW (typical)
Total weight	1600Kg (typical)
Dimensions of machine	3200mm(W)x1675mm(D)x2370mm(H)

Applicable standards

MIL-STD-883 MIL-STD-38510 AEC-Q101

Applicable components

For general-purpose integrated circuit memory, FPGA, ARM, DSP and other VLSI.