Burn-In
The application of current, typically at high temperatures, over periods of time to detect infant mortality.
See Also: Burn-In Boards, High Power Burn-in, Burn-In Sockets, PCB Inspection
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Burn-In Systems
OPTIMUM Series
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Advanced Microtechnology, Inc.
The OPTIMUM product line of burn-in systems has a model to meet your individual testing requirements. Please select one of the models below for more specific information
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Memory Burn-In Test
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The N3500 is Neosem Technology’s fourth generation memory test system. Specifically designed for Flash Components and Flash Cards, the N3500 tester-on-a-board architecture targets the broadest range of DUT technologies in various form factors and packages. Each Tester Board (or “Blade”) contains 288 I/O pins and 32 DPS supplies.
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Burn-In Boards
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Meets burn-in requirements, including extreme temperatures or continual handling. 2 or more layers of polyimide. 200 C maximum temperature. Gold-plated connectors.
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Memory Burn-In Tester
H5620/H5620ES
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H5620 contributes to reduction of test cost by integrating the test process of DRAM Burn-in and Core Test. This hybrid memory test solution solves the challenge of reducing test costs while increasing test efficiency in the expanding DRAM market.
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Burn-In Test
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C.C.P. Contact Probes Co., LTD.
Customized Burn-In Test Sockets for temperatures of up to 180°C.
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LED Burn-In Test
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Burn-in system, based on LXI instrumentation, for concurrent testing of up to 80 DUTs in a climatic chamber. Devices to be tested include modern light emitting diodes and LED modules.The system consists of 2 control cabinets, each with 40 independent supply and measurement channels. Each channel can be configured individually via the operator software (current or voltage, including the relevant limit values). The software supports logging of current and voltage values for each DUT on all 80 channels with a sampling rate of <1s. Additionally, the software and system also support digital I/O channels, e. g. for controlling the climatic chamber. Inputs for connecting temperature sensors are also provided.
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Burn-In Boards
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Manufacture of burn-in boards since 1976. Established for more than 40 years in the market, Trio-Tech is recognized and is an approved global supplier to all major semiconductor companies. Trio-Tech has the capability to design and manufacture boards for all system types, with solutions available for many test conditions, Including HTOL, PTC, HAST and 85/85.
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Burn-in Board Continuity Tester
CT-1
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Burn-in Board Coninuity Tester. Verifies burn-in board continuity and component tolerances. 768 I/O channels, can be forced to the constant current source or grounded independently. Highly accurate measurement of resistance, voltage, and capacitance using a pair of precision instrumentation amplifiers.
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Burn-in and Stress Screening Chambers
KDR
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Supervise the operation of your product, electronic device, circuit board, or medical device while they are stress screened, burned-in, or temperature cycled inside a Bemco Kardburn or Koldburn glass front chamber. With a huge amount of testing or storage space within instant reach, KD Chambers provide a compact and attractive alternative to a walk-in chamber.
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Burn-in Room and Aging Test Chamber
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Aging test room according to your requirements. More types of Burn-In Test Room, Burn-In Chamber, Burn-In Test Oven wanted, please contact us freely.
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Burn-In Test
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Trio-Tech provides a comprehensive range of semiconductor testing services through its state-of-the-art laboratories in the Far East. The laboratories provides static and dynamic Burn-in /HTOL /SLT testing and other testing services. All of the company’s testing facilities are ISO9001, ISO14000, ISO17025 and DSCC certified ensuring that operating policies and procedures meet stringent international standards for consistency and reliability.
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Advanced Burn-in and Test System for packaged parts
ABTS-Li
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High power logic individual temperature control
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Polarity & Burn in Test Systems
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Our polarity and burn-in test systems are available for components such as multilayer, disc type or hollow ceramics.
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Low Voltage Burn-in and Test System
Max 450
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For burning-in and testing DUTs such as microprocessors, DSPs and logic devices, which require low voltage. Output monitoring gives functional test results for every device during burn-in
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Electric Burn-in Board Carts
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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.
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Environment And Burn-in Temperature Chambers
9000 Series
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Delta 9000 Series Temperature Chambers offer a wide choice of temperature ranges and capacities in addition to smart electronics. Field proven by satisfied customers for over four decades, Delta chambers are quality instruments that provide service longevity and integrity unique in their field. Over the years, Cohu has added advanced features to the proven basic chamber design and has refined system components and programming capability to deliver outstanding quality and value.
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Burn-In Tester
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Universal test bench system. Provides basic electrical measurements at a low cost. Designed for a wide range of electronic products with a dedicated wiring harness. Allows you to expand the scope of functionality. Work in automatic or manual mode. Tailored to the needs of low- and high-volume production
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Memory Burn-in Tester
B6700 Series
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B6700 can test as many as 48 burn-in boards in parallel at speeds up to 10 MHz, which helps memory suppliers get their newest products to market faster while also reducing testing costs. An original high performance chamber improves yield by assuring high temperature accuracy while generating high temperature. It also shortens the temperature rise and fall time which leads to shortening the test time.
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Laser Diode Burn-in Reliability Test System
58604
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The Chroma 58604 is a high density, multi-function, and temperature controlled module for laser diode burn-in and lifetime tests. Each module has up to 256 SMU channels which can source current and measure voltage in various control modes as described below.
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Multi-Wafer Test & Burn-in System
FOX-XP
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The key features of the new FOX-XP test cell that contribute to the cost-effectiveness of the solution include the ability to provide up to 2,048 "Universal Channels" per wafer, which allows the system to test all the devices on the wafer in parallel. The new "Universal Channel" architecture allows any channel to be any function (I/O, Device Power Supply (DPS) or Per-pin Precision Measurement Unit (PPMU)). This enhanced architecture now allows customers to perform per pin parametric testing, more extensive digital pattern test with deeper data stimulus / capture memory (32M per pin), and deeper scan (768M) optimized for BIST/DFT testing.
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Multiple Channel Burn In Power Supply
100PM
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The most important features of this burn in power supply is its ability to hold a constant output for each channel even in the event that a unit under test on one channel may short and fail. Since each channel has it''s own transformer, no glitches or voltage spikes can get into any of the other channels. This image shows the results as the second channel from the left is shorted with a small wire and the circuit breaker pops out. Used for burn-in testing and other timed testing where power isolation is required. Very basic simple circuit, see schematic below. Cleans and frees up benchtops, burn in racks and work space clutter. Available in benchtop or rackmount.
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System Level Test and Burn-in Solutions
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System Level Test (SLT) is a paradigm shift from traditional structural and functional testing. The device is tested in a complete, integrated system to evaluate its compliance against specified requirements. The system approach allows for higher and more cost-effective test coverage especially for multi-function and non-deterministic devices. It also brings new integration and test challenges like: ..Designing test fixtures on Burn-in Boards with system components ...
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Laser Diode Testing
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The low power series of burn-in and life test systems are designed to test the reliability of low power laser diodes up to 1 Amp in current. The modular design means they can test up to 2,048 lasers, however due to the flexibility of the system, it can be adapted to suit both low volume R&D environments and high volume production environments.
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Corrosion Test
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The purpose of this test is to determine the resistance of materials and protective coatings to corrosive atmospheres when a more corrosive environment than the salt fog/spray test is required. The test is used when material is stored or operated in areas, for example, where acidic atmospheres exist, such as in industrial areas or near the exhausts of any fuel-burning device. Gases such as sulfur dioxide are used to replicate the exhausts of fuel burning devices.
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Car Accessories Material Burning Tester
ZRS-4H
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• Test Gas Source: Gas or Liquefied Petroleum Gas (Suggestion: Use good quality gas if possible) • Burner inner diameter: ￠9.5±0.5mm, about 100mm long with air adjusting hole • Height of flame: Can be adjusted from 20 mm to 100 mm according to the standard requirement • Applying time of flame: Burning time can be adjusted from 0 to 99 minutes 99 seconds • Test process: Automatic control • Inner volume: 0.05m³ • Material: Stainless steel or iron plate spray • Power: AC 220V; 50Hz/5A
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Laser Diode Burn-In Testing
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Laser reliability testing consists of a series of tests that laser diodes can be put under in order to ensure their reliability for post-production use. There are different types of tests that can be carried out and there are multiple measurements that can be taken in order to evaluate the reliability of the device. One of these tests is laser diode burn-in.
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AFC 45° Automatic Flammability Tester
M233G
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To determine the burning characteristics of textiles under controlled conditions. Stainless steel test cabinet with glass observation panel provided with automatic timing of flame spread in 0.1 second increments from ignition.
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Class 100 Clean Ovens
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These models are used extensively in heat treatment/drying or burn-in of semiconductor wafers, liquid crystals, disks and other components and devices requiring clean air conditions. These units can also be prepared for installation in clean-room environments. Class 100 cleanliness is achieved by employing a HEPA filter and a back-to-front laminar circulation system. The high-performance models (with MS suffix) provides stable performance even during heat-up or cooling.
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Burn-In Test Sockets
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The selection of the test socket is critical to the performance of a device during qualification testing where electrical bias and signals are applied. Key factors such as mechanical compatibility, operating temperature, ability to withstand high moisture levels, signal speed and lead inductance/capacitance all need to be taken into account when selecting the best socket for the test application.
