Engineering Capabilities
Engineering Capabilities
From test strategy, hardware, software and fixture development to instrumentation, automation, calibration and production integration, we engineer complete test systems for validation and manufacturing.
Beyond Test Equipment. Engineering Complete Test Solutions.Capability Overview
From Test Concept to Production
Complex automated test systems require test strategy, hardware, software, fixtures, instruments, communication and production data to be engineered as one system.Test Engineering
Defines system plans from requirements, coverage, method, sequence and cycle-time targets.
Hardware Engineering
Develops interface electronics, signal conditioning, relay matrices, simulation and embedded control hardware.
Software Engineering
Builds software for execution, instruments, communication, configuration, calibration, data and MES interfaces.
Fixture Engineering
Integrates mechanical, electrical, pneumatic, identification, interface and maintenance needs into fixture design.
Instrumentation & Measurement
Combines test resources around the UUT instead of binding the system to one instrument brand.
Communication & Protocol
A test system measures electrical parameters and also understands and controls UUT communication states.
Automation & Calibration
Covers programming, motion, vision, identification, error proofing and product parameter calibration in production.
Production Integration
Makes test data part of the production system, not just information displayed in test software.
Kỹ thuật số và cộng tác với khách hàng
Năng lực cộng tác nội bộ với khách hàng cho dự án, thiết bị, báo cáo và tài liệu khách hàng, thông qua liên kết ngắn, không gian tài liệu có kiểm soát và chuyển giao tệp theo nhu cầu.
Short Link & Routing
Cung cấp liên kết ngắn và điểm truy cập thống nhất cho dự án, thiết bị, báo cáo và tài liệu khách hàng.
Ví dụ về cổng dịch vụSecure Document Exchange
Cung cấp không gian tài liệu có kiểm soát cho khách hàng, hỗ trợ quản lý mật khẩu và quyền truy cập.
Ví dụ về cổng dịch vụControlled File Delivery
Dùng để truyền tệp theo nhu cầu, trao đổi phiên bản và chuyển giao tệp lớn.
Ví dụ về cổng dịch vụComplete Engineering Workflow
Starting from requirements, not from an instrument list.Test Engineering
A test system does not start with instrument selection. It starts with requirements, coverage, method, sequence, cycle time and production needs.Hardware Engineering
onTAP does more than integrate standard instruments. We develop custom test hardware around DUT signals, interfaces and cycle-time needs.
Custom simulators can emulate sensors, control signals, loads and peripheral devices so the DUT receives application-like inputs and outputs in the test environment.
Fixture Engineering
A test fixture is not an isolated mechanical structure. It is part of signal interface, pneumatic action, identification, maintenance and changeover strategy.
Software Engineering
Software capability is reflected in platform design for execution, sequences, drivers, configuration, calibration, data and production interfaces.Instrumentation and Measurement Matrix
The focus is instrument-independent system integration capability.Electrical
Power
Digital
Communication
RF
Optical
Environmental
Vision
Communication & Protocol
A test system measures electrical parameters and also understands and controls UUT communication states.Automotive
Industrial
Embedded
Instrumentation
Automation & Calibration
Calibration is not only instrument calibration. It can also include product parameters, sampling paths and optical/RF paths in production.
Production Integration
Test data should become part of the production system, supporting models, recipes, serial numbers, barcode, reports, traceability and error proofing.
Engineering in Practice
The following project types show practical experience in automated testing, engineering integration and local technical support.EV BMS
BMS testing needs to cover communication, sampling, calibration, functional checks and traceability.
CVS
High-voltage and high-current scenarios require sampling calibration, chain communication and safety tests in one architecture.
OBC
Power electronics testing needs to address interlock, current sampling, drive signals and low-power states.
V2X
Wireless and automotive communication products combine RF tests, calibration and communication-state control.
Industrial IO ATE
Industrial IO testing combines measurement, stimulus, switching matrix, communication and test execution platforms.
Wi-Fi Test Station
Wireless stations handle programming, serial communication, memory operations, RF parameters and server interaction.
Automotive & EV Test Engineering
Automotive Test Engineering
For BMS, CVS, CCU, OBC, TCM/TCU and V2X, communication, HV/HC, calibration, RF, burn-in, EOL, programming and traceability can be combined into a test engineering solution.
Explore Automotive & EV SolutionsHave a New Test Requirement?
Start with your test requirements, coverage and cycle-time targets. Let's evaluate the right test architecture for your application.