A method and apparatus are described for allowing the testing and monitoring of an increased number of devices on a standard burn-in board by implementing a PLD and a group of switches to get the result of a multiplexor on the burn-in board. The test data output (TDO) signals from th
A method and apparatus are described for allowing the testing and monitoring of an increased number of device on a standard burn-in board by implementing a PLD and a group of switches to get the result of a multiplexor on the burn-in board. The test data output (TDO) signals from the
An apparatus for testing an integrated circuit in an oven during burn-in. A burn-in board in the oven is electrically connected to a plurality of integrated circuit ("ICE") components. A driver/interface board outside the oven is electrically connected to the burn-in board through a
An apparatus for testing an integrated circuit in an oven during burn-in. A burn-in board in the oven is electrically connected to a plurality of integrated circuit ("IC") components. A driver/interface board outside the oven is electrically connected to the burn-in board through a plura
An apparatus for testing an integrated circuit in an oven during burn-in. A burn-in board in the oven is electrically connected to a plurality of integrated circuit ("IC") components. A driver/interface board outside the oven is electrically connected to the burn-in board through a plura
An apparatus for testing an integrated circuit in an oven during burn-in. A burn-in board in the oven is electrically connected to a plurality of integrated circuit ("IC") components. A driver/interface board outside the oven is electrically connected to the burn-in board through a plura
The present invention provides a driver board which can be used with a wide range of test patterns and devices, and includes the capability to modify the edge connector configuration. The driver board contains a CPU module for communicating with a host computer. The board also utilizes S