Up to 1024 pins with full pin combination capability
Allows ESD(HBM and MM) and Latch-up Tests
Meets JEDEC, MIL, ESD Association and EIAJ standards, as well as future standards
Drastic Test Time Reduction
True constant current pulse and fast pulsed power supply
Stabilizes DUT by pull-up/down and pattern generator
Collects detail test results quickly by auto or manual operation
Allows temperature coefficient test
Minimum path resistance of power supplies
Damage detection between tests
Discharge between zap(s)
Tests multiple DUT, multiple supply DUT and LCD drivers
Function test available
Low insertion force connectors on DUT board
Complete diagnostics and easy maintenance
Connectable with Ethernet
Allows data manipulation by the data base program
1.1 ESD Simulation
• Pin Selection Method
E & EL type : Automatic by 2 axes robot
L type : Manual
• High Voltage
E & EL type : ±1000/4500/(8000)V, 1%±5V
L type : ±1000V, 1%±5V
• CR Unit : HBM, MM and others
• ESD Repetition : 1 ~100 times
• ESD Period : 300ms ~ 5s, 100ms increment
• Charge removal : 3 ways selected by program
1.2 DC measurement
• Vcc1 Power Supply(Used as pulsed power supply, as well)
Voltage Range : ±30V, 50mV increments
Current Measurement :
ESD Test : ±500mA, 100nA(Min.) resolution
Latch-up Test : ±1000mA, 1mA(Min.) resolution
Current Limiter : 50mA ~ 1000mA, 10mA increments
Pulse Width : 0.1ms ~ 5s
Tr, Tf : 3μs/V
Latch-up definition current : ICCQ × N + Offset
ICCQ : Quiescent current
N : 1 ~100
Offset: 5mA ~ 1000mA, 5mA increments
DUT connection : Automated
• Vcc2 ~ 4(DC Power Supply)
Voltage Range : ±15V, 50mV increments
Current Measurement : Same as Vcc1
Current Limiter : Same as Vcc1
Latch-up definition current : Same as Vcc1
DUT connection : Automated
• VF/IM(Voltage Force/Current Measurement)
Voltage Range : ±15V, 10mV increments
Current Measurement : 100mA, 10nA(Min.) resolution
Current Range : 5 Auto-ranges
Averaging : 1, 2, 4, 8, 16, 32 times
DUT Connection : Automated
• DVM(Digital Voltmeter)
Voltage Measurement : ±30V, 10mV (Min.) resolution
Input impedance : Over 10MΩ
DUT Connection : Automated
1.3 Latch-up Trigger Source
• ip(Current Pulse) Generator
Current Range : ±1000mA, 1mA(Min.) increments
Voltage Measurement : ±30V, 50mV resolution
Clamp Voltage : 1 ~ 30V, 0.1V increments
Pulse Width : 0.1ms ~ 1s, 0.1ms increments
Tr, Tf : about 10μs/200mA
Repetition : 1 ~ 100 times
Period : 100ms ~ 10s, 100ms increment
DUT Connection : Automated
• vp(Voltage Pulse) Generator
Voltage Range : ±30V, 50mV increments
Current Measurement : ±1000mA, 1mA(Min.)
resolution
Current Limiter : 50mA ~ 1000mA, 10mA
increments
Pulse Width : 0.2ms ~ 5s, 0.2ms increments
Tr, Tf : about 50μs/10V
Repetition : 1 ~ 100 times
Period : 100ms ~ 10s, 100ms increment
DUT Connection : Automated
1.4 DUT Stabilization
• Pull-up/down
Connected to Vcc1~4 , GND, VUD1~VUD3 or
maxLogicHi/minLogicLo via 10kΩ.
DUT Connection : Automated
• Multi-channel Control Power Supply
Channels : 4
Voltage Range : ±30V, Potentiometer control
Voltage Display : 3.5 digits LED with polarity
Current : 10mA
Current Measurement : 3.5 digits LED with polarity
•4 Channels Clock Generator
Period, Frequency:
CH1 : 10k, 100k, 1MHz selectable
CH2 : Invert of CH1
CH3 : 1μs ~ 100 μs, 1μs increments
CH4 : 1μs ~ 100 μs, 1μs increments
Output Level : 1V ~ 15V, 0.1V increments
DUT Connection : Manually by jumper leads
DUT Connection : Automated
1.3 Latch-up Trigger Source
• ip(Current Pulse) Generator
Current Range : ±1000mA, 1mA(Min.) increments
Voltage Measurement : ±30V, 50mV resolution
Clamp Voltage : 1 ~ 30V, 0.1V increments
Pulse Width : 0.1ms ~ 1s, 0.1ms increments
Tr, Tf : about 10μs/200mA
Repetition : 1 ~ 100 times
Period : 100ms ~ 10s, 100ms increment
DUT Connection : Automated
• vp(Voltage Pulse) Generator
Voltage Range : ±30V, 50mV increments
Current Measurement : ±1000mA, 1mA(Min.)
resolution
Current Limiter : 50mA ~ 1000mA, 10mA
increments
Pulse Width : 0.2ms ~ 5s, 0.2ms increments
Tr, Tf : about 50μs/10V
Repetition : 1 ~ 100 times
Period : 100ms ~ 10s, 100ms increment
DUT Connection : Automated
1.4 DUT Stabilization
• Pull-up/down
Connected to Vcc1~4 , GND, VUD1~VUD3 or
maxLogicHi/minLogicLo via 10kΩ.
DUT Connection : Automated
• Multi-channel Control Power Supply
Channels : 4
Voltage Range : ±30V, Potentiometer control
Voltage Display : 3.5 digits LED with polarity
Current : 10mA
Current Measurement : 3.5 digits LED with
polarity
• 4 Channels Clock Generator
Period, Frequency:
CH1 : 10k, 100k, 1MHz selectable
CH2 : Invert of CH1
CH3 : 1μs ~ 100 μs, 1μs increments
CH4 : 1μs ~ 100 μs, 1μs increments
Output Level : 1V ~ 15V, 0.1V increments
DUT Connection : Manually by jumper leads
• 16 Channels Pattern Generator
Channels : 1 Clock Channel
16 Pattern Channels
Clock : 1μs ~ 100 μs, 1μs increments or 100Mz
(optional)
Pattern Timing : Clock Synchronous
Pattern Depth : 1024 vectors
Pattern Group : 2(A and B)
Output Pattern :Only B or B × n after A
Output Level : 1V ~ 15V, 0.1V increments
DUT Connection : Manually by jumper leads
1.5 Other Options
Temperature controlled Oven : Room temp., +25°~ 125°C
Emission Microscope
Digital Oscilloscope
1.6 Dimension, Power Requirement
Main Body Size : Approx. 1100(W), 900(H), 800(D) mm
Main Body Weight : Less than 200kg
AC Supply : 100V ±10%, 50/60Hz, Single Phase 1.5kVA(MAX.)
Ambient Temperature : +10° ~ 40°C
(note) : Other AC supply voltage may be ordered as an option.