Harold Hamilton founded Micro Control Company in 1972 as a manufacturer of test equipment for the electronics industry. The microprocessor-controlled test system produced in 1973 was the first in the industry. Today, the tradition continues with Micro Control's high-power burn-in and test systems which are being shipped to customers throughout the world. The current product line includes high-power burn-in systems for memory and logic applications, automatic test equipment and supplemental equipment testing. Product Index: TEST WITH BURN-IN SYSTEMS n HIGH POWER BURN-IN SYSTEM u HPB-4 High-Power Burn-In Up to 600 Watts u HPB-5B High-Power Burn-In Systems Up to 150 Watts n LOGIC AND MEMORY BURN-IN SYSTEM u LC-1 Low Cost Logic and Memory Burn-In Systems u LC-2 Low Cost Burn-In Systems for Logic Devices BURN-IN BOARD BURN-IN ACCESSORIES u Burn-in Board Prescreen Station u Electric Burn-in Board Carts u BCT-1 Burn-in Board Continuity Tester TEST WITH BURN-IN SYSTEMS HIGH POWER BURN-IN SYSTEM HPB-4 High-Power Burn-In Up to 600 Watts  Individual temperature control for each device under test up to 600 W. Tests devices at a maximum temperature of 150° C. Up to 128 digital I/O channels per burn-in board. 16 programmable voltage regulators per burn-in board. 1600 amps of DUT power available per burn-in board. Liquid-cooled heat sink per device under test. Voltage regulator power clamp mode. System capacity up to 112 devices.
HPB-5B High-Power Burn-In Systems Up to 150 Watts Individual temperature control for each device under test up to 150 watts. Individual pattern zone per burn-in board. 24 temperature channels. Up to 128 digital I/O channels per burn-in board. Tests devices at a maximum temperature of 150° C. Programmable temperature control up to 150° C. 11 programmable voltage regulators per burn-in board. 800 amps of DUT power available per burn-in board. ASIC architecture for per-pin timing, testing, and formatting of pattern data. 8 on-the-fly timing sets. System capacity up to 384 devices.
LOGIC AND MEMORY BURN-IN SYSTEM LC-1 Low Cost Logic and Memory Burn-In Systems Provides burn-in for a variety of device types, including flash memory devices, DRAMs, SRAMs and medium-power logic devices. Large system capacity (64 burn-in boards). 128 digital I/O channels per burn-in board. Per-pin timing, testing, and formatting. Accepts burn-in boards up to 12 1/2" by 24". 16 pattern zones. Up to 60 amps of programmable power to the burn-in board. Up to 120 amps of programmable power to the burn-in board (HPB-1 option).
LC-2 Low Cost Burn-In Systems for Logic Devices Provides burn-in for a variety of device types, including ASICs, FPGAs, video processors, and communication ICs. Individual temperature control for each device under test up to 20 W. Large system capacity (64 burn-in boards). 128 digital I/O channels per burn-in board. Per-pin timing, testing, and formatting. Accepts burn-in boards up to 12 1/2" by 24". 16 pattern zones. Up to 250 amps of programmable power to the burn-in board.
BURN-IN BOARD Burn-In Board Features Meets burn-in requirements, including extreme temperatures or continual handling. 2 or more layers of polyimide. 200° C maximum temperature. Gold-plated connectors.
BURN-IN ACCESSORIES Burn-in Board Prescreen Station Fully functional "one slot" system Temperature control included with HPB-2, HPB-4, HPB-5, HPB-5A, HPB-5B Screens burn-in boards prior to extended environmental burn-in. For use with any Micro Control Company memory or logic burn-in system. Single-board testing. New device program development and debug. Software development. Open for easy access to test points.
Electric Burn-in Board Carts Conforms to SEMI ergonomic standards Holds and transports card cages for semi-automatic loading/unloading. Holds up to 10 burn-in boards. Raises and lowers the burn-in boards for easy loading/unloading of boards into ovens or onto test benches. Cart can be adapted to dock with any Micro Control oven.
CT-1 Burn-in Board Continuity Tester Verifies burn-in board continuity and component tolerances. Burn-in board logic testing. 768 I/O channels, can be forced to the constant current source or grounded independently. RS-232 communication system with programmable baud rate of 38,400. Highly accurate measurement of resistance, voltage, and capacitance using a pair of precision instrumentation amplifiers. Large measurement range: 1 Ohm to 900 kilo-ohms, -10.0 volts to +10.0 volts, and 80 picofarads to 5000 microfarads Tests forward and reverse diode drops. Optional voltage follower probe from constant current source output. Optional foot switch or keyboard control to begin next test when testing burn-in boards with multiple sockets. Software control of all test parameters using easily edited control files. Compatible with any PC running the MS Windows 2000/XP operating system. Diagnostics for system verification and problem isolation. Optional custom test head modules are available for unique testing needs.
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