OLS
Offline Handling Solutions
Tests, Integrations and Fixtures
Tests
- ICT
- Digital / Boundary scan
- ISP – In System Programming
- LED testing
- ASA – Analog Signature Analysis
- Functional
- Vision
Integrations
- TRI
- CheckSum
- Teradyne
- Goepel electronic
- SMH (Flash Runner)
- CheckSum (MultiWriter)
- Feasa
- Huntron
- National Instruments
Fixtures
- Fixturing developed in accordance with prior FEA analysis
- Probe Impact analysis for fixture validation
- Pallet/Carrier for checking individual (de-panelized) daughter board
- Mass interface: composed of pins -inserted in the same plane as the probes (flat-top fixture)
- Easy integration with lateral actuators, scanners, led analyzers, etc..
- Interfaces (including pneumatic) in the main interface block, avoiding extra cables and tubes
Overview
Designed by EIIT- A Controlar company as a cost-effective easy-to-install solution, the OLS (Offline Handling Solutions) Series is the best choice for your offline ICT (In-Circuit), ISP (Flashing) and FCT (Functional) test needs. Its design allows a fast and ergonomic fixture exchange, with less than 3 minutes of fixture changeover time.
Available Models
OLS800-Tsi: Model: ICT
- High resistance aluminum structure to handle +10KN forces
- TSi51 HD or TSi52 – up to 2560 TP @ 2.8N/TP + 1280 fixture top/bottom transfer pins @1.1N/TP
- TSi52 HD – up to 5120 TP @ 1.5N/TP + 2560 fixture top/bottom transfer pins @1.1N/TP
- Maximum PCB size of 510×460 mm
- Servomotor controlled compression movement during the test
- Dual stage testing
- Servomotor programmable test heights
- Fixture coding on both bottom and top plates for product/fixture validation
- 2 modular pilon blocks for integration of additional instrumentation such as CAN, RF, pneumatic or other specific needs
- 12U rack positions used for Teradyne TSi52 instrumentation integration
- Machine control communication drivers for .NET, NI LabWindows CVI,LabVIEW or any other third-party platforms with TCP/IP communication sockets
OLS600: Models: ISP, ICT and FCT
- High resistance aluminum structure to handle +10KN forces
- Maximum PCB size of 510×460 mm
- 2 fixture sizes to adjust the exact PCB needs
- Servomotor controlled compression movement during the test
- Dual stage testing
- Servomotor programmable test heights
- Fixture coding on both bottom and top plates for product/fixture validation
- 2 modular pilon blocks for integration of additional instrumentation such as CAN, RF, pneumatic or other specific needs
- 20U rack positions available for instrumentation integration
- Machine control communication drivers for .NET, NI LabWindows CVI,
- LabVIEW or any other third-party platforms with TCP/IP communication sockets.
OLS400: Models: ICT and FCT
- High resistance aluminum structure to handle +10KN forces
- Maximum PCB size of 300×230 mm
- Pusher plate guided by four columns, assuring perfect parallel movement
- Mass interface contacts with spring probes in the handler and pins in the fixture
- Drawer system for fixture insertion
- Automatic drawer locking system
- Fixture coding on both bottom and top plates for product/fixture validation
- 2 independent modules (handler and bottom structure)
- 14U rack positions available for instrumentation integration
- Machine control communication drivers for .NET, NI LabWindows CVI, LabVIEW or any other third-party platforms with TCP/IP communication sockets
Main applications
Complete turnkey flashing, ICT and FCT applications, including (when applicable):
- Testability (Test Coverage) Report
- Repeatability (CGK) – Means Capability Report
- Repeatability (CPK) – Process Capability Report
