- Suitable to be used in hast environment
- Leakage or shorting in hast environment is prevented by a layer of conformal coating
- High temperature board materials are used to prolong the life span of the board
- 4 – 8 layers design
- Suitable to be used in high or ambient temperature environment
- Real time monitoring burn-in
- Signal trace impedance is controlled typically at 75Ω
- 6 – 12 layers design
- Signal termination and daisy chain routing are designed to maintain signal integrity
- Board materials are used to prolong the life span of the board
- Suitable to be used in high temperature environment
- Dynamic burn-in where signals are pumped in to stress the DUT
- 6 – 10 layers design
- Signal trace impedance is controlled typically at 50Ω
- High temperature board materials are used to prolong the life span of the board
- ESD or latch up board
- All the signals trace are having the same propagation delays
- Logic Sequencer address generator
- Customize pattern address generator
- Able to support address from A0 to A38
- 0.5A Output pulse current per channel
- Suitable to be used as memory device burn in driver board
