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In-Circuit Tester
Sparrow MTS 30
The Sparrow MTS 30 is a 19“ test system that can be integrated into any standard rack. The In-Circuit tester can also be used as benchtop test system. With this compact and flexible tester you can perform both analog and digital In-Circuit and functional tests.
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2-Module ICT System, I317x Series 6
E9902G
Keysight's family of i3070 Series 6 In-Circuit Test (ICT) systems are built on a proven technology foundation, and they improve test efficiency with time-tested software, hardware, and programmability. I3070 Series 6 ICT tester supports a wide range of printed circuit board assembly (PCBA) sizes for applications including IoT and 5G, as well as automotive and energy. The i3070 features a unique design that delivers the shortest signal path between measurement circuitry and devices under test to minimize undesired effects from parasitic capacitance, improve immunity to crosstalk, and eliminate stray signal coupling effects, delivering consistent and repeatable measurements. The Series 6 is fully backward compatible with previous systems and makes highly repeatable measurements.
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Expanding In-Circuit Capabilities
Circuit Check supports reading linear bar codes and 2D symbols within each of its fixture product lines.When spring-loaded probes are not practical or access is limited, Circuit Check can help you with thru-connector tests to contact connectors on any surface or edge of a circuit board. These tests can be implemented spring probes, mating connectors, sacrificial SMT connectors, and stabber cards.
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Generates Test Cases on ICE
TrekSoC-Si
TrekSoC-Si automatically generates self-verifying C test cases to run on the embedded processors in SoCs in in-circuit emulation (ICE), FPGA prototyping, and production silicon. This verifies your chips more quickly and more thoroughly than hand-written diagnostics or running only production code on the processors. TrekSoC-Si's generated test cases target all aspects of full-SoC verification and work in a variety of different environments. TrekSoC-Si is a companion to TrekSoC, which generates test cases for simulation and acceleration. TrekSoC-Si extends the benefits of TrekSoC into hardware platforms.
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High Node Count In-Circuit Test Fixtures
HNC Test Fixture
Circuit Check continues to be a leading edge provider of custom engineered test solutions with our new Keysight i3070 HNC test fixture. Working with Keysight Technologies during the development of their HNC adapter in 2011, we were the first test fixture provider to offer customers with a solution to test large node count boards. High node count test fixtures can handle greater than 10,000 probes.
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ICT Test Probes
C.C.P. Contact Probes Co., LTD.
Our In-Circuit Test Probes are used for all kinds of PCB tests. We offer a standard portfolio as well as customized parts.
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In-Circuit Emulator
DS-251
# Real-Time and Transparent In-Circuit Emulator for 251s# Uses Intel and Atmel Licensed Bondout Technology# Standard 256K Emulation Memory# Real-Time Trace up to 128K Frames Deep, 128 Bits Wide# Complex Hardware Breakpoints# Supports Both Binary Mode and Source Mode# MS-Windows Debugger# High-Level Support for Popular C-Compilers# Full Support of Local and Global Variables# On-Line Assembler and Disassembler# Performance Analyzer
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In-Circuit Emulator
DS-51
* Real-Time and Transparent In-Circuit Emulator * Supports Most of the 8051 Derivatives * Emulates 1.5V to 6V Microcontrollers * Maximum Frequency of 42MHz * 64K/512K of Internal Memory with Banking Support * 32K Trace Memory "on the Fly" * 64K Hardware and Conditional Breakpoints * MS-Windows and Keil ?Vision Debuggers * Source-Level Debugger for Assembler, PLM and C * On-Line Assembler and Disassembler * Performance Analyzer * Serially linked to IBM PC at 115 Kbaud
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In-Circuit Emulator
DS-XA
* Emulates XA Derivatives * 2MByte Code and Data Memory * Memory With Mapping Capabilities * Real-Time Trace * Frequency Range up to 30MHz @ 5V * Source-Level Debugger For C And Assembler * MS-Windows Debugger Software for Windows NT and 95 or Later * 3.3V And 5V Emulation Support * Support for ROMless and ROM Microcontrollers * PLCC Emulation headers
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In-Circuit Emulator - 80C186/80C188 Family
DS-186
* Support for 80C186/8/XL/EA/EB/EC, 8086/8, V20/25/30/40/50 and other Microprocessors * Full-speed Emulation up to 25MHz * 1MB of Zero-Wait-State Mapped Memory * 8K x 32-bit Frames Dynamic Trace Buffer * 1MB Hardware Breakpoints * 115 KBaud RS-232 Communication Link * Numeric Coprocessor Support * OMF Converter * Support for Borland, Microsoft and Intel Compilers * Full Support for C, C++, Pascal and Assembler
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In-circuit ESR Meter
Capacitor Wizard
The Capacitor Wizard® finds bad capacitors IN CIRCUIT by measuring a capacitor's ESR (equivalent series resistance). A good capacitor should have very low ESR. Weak and bad capacitors have much higher ESR. The Capacitor Wizard® will SPEED UP YOUR REPAIR.
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In-Circuit Test Application Development & Fixture Fab
Arxtron Technologies has been in the Agilent3070/HP 3070 (Medalist i3070) In-circuit test application development and fixture fabrication business since 2004 when it took over the Agilent Canadian application centre. Our engineers count more than 35 years of experience and have been serving a variety of customers focusing on high end/ high node count complex products (Telecom, Medical, Industrial computers etc.) as well as Automotive and consumer electronics customers. We are also an Agilent channel partner.
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In-Circuit Test Fixture Design Services
An integral part of board test is the test fixture. Innovations in board technology may manifest themselves as challenges in test fixture design. Utilizing a creative & systematic design philosophy, Acculogic consistently delivers state of the art solutions for the most complex test interface problems.
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In-Circuit Test (ICT)
Analog components (resistance, capacitance, inductance, diodes, transistors, etc.) as well as complex digital components can be tested in the ICT. Compared to other test methods (e.g. flying probe), the in-circuit test enables very short test times (= high assembly throughput) combined with a very high test coverage.
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In-System Programmer for ARM
MPQ-ARM
Supports Nuvoton M05x and NUC1xx device families Field Upgradeable - always supporting the latest devices Secure image management - protects your IP In-circuit gang programming of up to four devices at once Can be deployed in arrays to program up to 64 devices in parallel Stand-alone, PC-controlled or ATE-controlled operation Automatic device serialization
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In-System Programmer for AVR
MPQ-AVR
Supports Atmel AT90, ATtiny, ATmega, ATxmega device families Supports JTAG, SPI and PDI programming interfaces Field Upgradeable - always supporting the latest devices Secure image management - protects your IP In-circuit gang programming of up to four devices at once Can be deployed in arrays to program up to 64 devices in parallel Stand-alone, PC-controlled or ATE-controlled operation Automatic device serialization
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In-System Programmer for AVR32
MPQ-AVR32
Supports Atmel AVR32 devices Field Upgradeable - always supporting the latest devices Secure image management - protects your IP In-circuit gang programming of up to four devices at once Can be deployed in arrays to program up to 64 devices in parallel Stand-alone, PC-controlled or ATE-controlled operation Automatic device serialization
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In-System Programming (ISP)
Modern assemblies today usually require on-board or in-system programming. The in-system programming (ISP) on the in-circuit test adapter represents the ideal solution for optimizing processes in ongoing electronics production.
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Modular Relay Board
Alliance Support Partners, Inc.
An increasing number of electronics products are being assembled in panels of 8 or more to minimize production cost. These products are typically tested with in-circuit tests (ICT) followed by power-on functional tests. Normally, ICT requires isolation of power and ground while measurements are being performed. Functional tests, including in-system programming (ISP), require board power to be applied. The Modular Relay Board (MRB) is designed to switch power onto each individual board and to disconnect sensitive signals during functional test.
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Multi-Stage In-Circuit Test Fixtures
Circuit Check’s bi-level and multi-stage fixtures combine multiple test levels in a single fixture using controlled actuation and selected probe travels for powered and unpowered tests.
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New Generation Vacuum Box for the 3070 Test Platform
Vortex Series
The Vortex Series is a new generation vacuum box for the 3070 test platform that will easily revolutionize in-circuit test. The simplified and streamlined design allows for maximizing the usable testable board size of the Vortex 100 Performance Grade fixture. The rugged all aluminum design maximizes the opening angle of 85° ideal for Cobot usage, while eliminating the top plate and associated hardware and retaining our classic quick plate guided probe technology.
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Test plug
ENGMATEC produces industrial, highly wear-resistant contact plugs for in-circuit and functional tests. They have been specially developed for a very large number of test processes, as they often occur in a wide variety of industries in the production process.
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USB Male A to Male Mini B Cable (length 12″)
SKU-043-07
12″ inch Male-A to Male-B mini USB cable. Use this cable to connect In-Circuit Programmer/Loader to your host PC.
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4-Port In-System Programmer for Cypress
MPQ-PSoC
Supports Cypress PSoC/3/5 and enCoRe II/III/V device families Field Upgradeable - always supporting the latest devices Secure image management - protects your IP In-circuit gang programming of up to four devices at once Can be deployed in arrays to program up to 64 devices in parallel Stand-alone, PC-controlled or ATE-controlled operation Automatic device serialization
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4-Port In-System Programmer For Silicon Labs
MPQ-C2
Supports Silcon Labs C8051F series devices with C2 Programming Interface Field Upgradeable - always supporting the latest devices Secure image management - protects your IP In-circuit gang programming of up to four devices at once Can be deployed in arrays to program up to 64 devices in parallel Stand-alone, PC-controlled or ATE-controlled operation Automatic device serialization
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4-Port In-System Programmer For Zilog
MPQ-Z8
Supports Zilog Z8 Encore, Encore XP, Zneo and Crimzon device families Field Upgradeable - always supporting the latest devices Secure image management - protects your IP In-circuit gang programming of up to four devices at once Can be deployed in arrays to program up to 64 devices in parallel Stand-alone, PC-controlled or ATE-controlled operation Automatic device serialization
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Actuation Methods for In-Circuit Test Fixtures
Commonly referred to as In-Circuit Test (ICT), loaded board test can be defined as the task of measuring values of components that have been installed on a printed circuit board (PCB). A second basic category of loaded board test measures simple open and shorts on the board to verify manufacturability standards. Circuit Check supports all forms of in-circuit test strategies with its Performance Grade and Value Line test fixtures.
