ELECTRONIC TESTING
Generation RFID offers turn key automated test equipment for the validation of electronic modules in order to assure the highest quality level of the production. Our experience covers fields such as In Circuit and Functional End of Line Testing, mainly for automotive and industrial customer. Our test solution achieves the highest test speed and maximum coverage, focusing high volume test requirements.
TEST SOLUTIONS FOR ELECTRONIC BOARDS
The easiest way to test complex electronic boards. Explore the usability of Lynx Test Scheduler SW.
LYNX TEST SCHEDULER
Lynx Test Scheduler is an easy to use test case management software, that allows a quick test case implementation during validation testing (ICT, FKT, EOL). This test case software solution generates unique manufacturing traceability reports for embedded electronic in the assembly line.
LYNX TESTER
Lynx Tester is an expandable Ethernet controlled functional test core, suited for the validation of any electronic device (DUT). Its easy to expand architecture fits any electronic module with the minimum cost and system complexity. When combined with our validation software, the full validation system performs over current test systems in terms of coverage and speed.
TEST FIXTURE
For companies that do not require fully automatic testers, manual operated bed of nails is the best solution. Generation RFID offers reliable, high density of contacts for contacting the DUT with minimum effort and time.
INTEGRATION WITH CUSTOMER TESTER
Lynx Test Scheduler can be easily integrated in any test HW, already available for in the customer facilities. This way, the customer can keep on working whit the validated tester, but will enjoy the user experience of our test SW.
ELECTRONIC TESTING
Lynx Tester is a complete solution, that includes HW and SW, for testing microprocessor based electronic devices. It covers the validation of power outputs, PWM signals, digital and analog inputs, internal devices such as EEPROM and any communication bus, such as CAN, FR or Ethernet.
LED TESTER
Testers for the validation of automotive LED lights. It covers all test requirements such as current power supply, light brightness and spectrometer for color calculation and impedance measurements.
LOW COST – LYNX 100 TESTER
Lynx100 is a complete test solution, designed to validate low complexity electronic devices featuring digital inputs, voltage supervision and active / sleep current measurements.
PROGRAMMING AND BOOTLOADING
Most electronic boards have microprocessors. For this reason, the Lynx Tester incorporates features to program them. It can be done via JTAG, dedicated flasher or by bootloading the App via any communication bus (Ethernet, CAN, FR).
LYNX TESTER HARDWARE ELEMENTS
Ethernet controlled, flexible and scalable test electronics family designed to achieve the most relevant test requirement, such as time, component coverage and first pass yield.
LYNX 300.1
Multifunction test board
Compact tester for the verification of electronic boards (DUT) having up to 12 digital, 8 analog and 4 PWM inputs, 16 power outputs, Ethernet, CAN and LIN buses. Its scalability allows the parallelization of boards, until the GPIO requirements are covered.
LYNX 50
Bidirectional MUX for PS and differential communication signals
Lynx50 is a high speed CAN controlled solid state relay (SSR) multiplexer used to switch differential signals. It is suited to supply multiple boards in a sequential way, or to multiplex CAN control signals, so that test cost and complexity are reduced.
LYNX 53
Signal bypass and supervisor
Lynx53 is an electronic board used in high speed EOL testers when the impedance between pins of the DUT must be measured. It is based on ultra fast solid state relays (SSR), so a minimum switching time and unlimited operations can be assured. Due to its internal design, each DUT pin can be addressed to 3 different test points: DMM1, DMM2 or Bypass to a mirror connector.
LYNX PSD
Power distribution for DUT supply
LynxPSD is a power board, used to control the power supply of devices under test (DUT) up to 20A DC. Its internal relay configuration is flexible and can be hardwired by the user according to specific needs. In this sense, active and sleep DUT current can also be properly addressed to the DMM better product characterization.
DLM 1610D
Automotive DC controlled electronic load
The Dynamic Load Module (DLM) is an electronic equipment that behaves as a controlled DC Load. Though this module has been developed for the automotive sector to help in the development, validation and manufacturing departments, it is also suitable for other markets where load current should be characterized.
CUSTOM TEST BOARD
When the complexity of the device under test can not be covered by any market available solution, specific tester designs must be developed. Our experience in both embedded development and testing fields allow us to deliver turn key solutions that achieve challenging test times, coverage and first part yields.
LYNX 10.000
Ultra high density relay board
Lynx10.000 is an ultra high density relay multiplexing board. It is a customer specific design for automotive electronic board validations. It has the capability to switch up to 92 – 2A relays.
LYNX 100
Lynx100 is a complete USB controlled test board, designed to validate low complexity electronic devices. It features 14 digital outputs, 2 analog and 4 digital inputs and it integrates a shunt resistor for active and sleep current measurements.
LYNX TESTER IN REAL APPLICATIONS
The flexibility of our test solution covers many fields, such as ICT, EOL or combined testers.
COMBINED ICT/EOL TEST
Lynx Tester can combine in a unique equipment ICT and Functional EOL (End of Line) validation test. This feature allows, in a single tester, the detection of short-circuited connector pins when the functional test is performed. In Lynx53 based testers, each DUT pin can be addressed to 3 different test points: DMM_1, DMM_ref (for impedance measurement) or Bypass to a mirror connector for function test.
IN CIRCUIT TEST
In circuit test (ICT) is a good test option when passive electronics must be validated at the manufacturing line. Lynx Tester is connected with standard DMM and complex test fixtures to give the desired functionality: the measurement of passive elements, such as Resistors, Capacitors, Diodes, LEDS, inductors, IC presence detection, etc.
AUTOMOTIVE MODULE
Test requirements in automotive industry are exponentially increasing complexity. Due to the rise of new technologies and test methods, test products must daily improve test times, coverages and performance. Continuous improvements triggered to state of the art requirements, are easily implemented in our Lynx Test Scheduler solution. This gives the end user the flexibility to succeed with complex testing, where test parallelization or new communication lines, such as flex-ray (FR) or Broad-reach Ethernet (BR-Eth) are required.
IoT LORA / BLE / ETHERNET / WiFi
IoT devices implement new features that must be taken into account when performing full coverage testing. OTA communications and connectivity are today more necessary than ever. Lynx Test Scheduler easily implements ways of testing IoT devices concerning BT, BLE, WiFi, LORA, among other radio transmissions.
AUTOMOTIVE LED
LEDs have multiple advantages when compared to regular bulbs. Automotive is clearly changing to this scenario, where more and more LEDs are used in real vehicles. Due to this fact, test equipment must also be adapted. Lynx Test solution is good test choice, as it can be configured for LED testing with current power supply, thermal resistance and aluminium PCB to heat sink impedance measurements, color intensity and spectrum analysis.
IoT LASER / LED / BLE
IoT devices implement new features that must be taken into account when performing full coverage testing. OTA communications and connectivity are today more necessary than ever. Lynx Test Scheduler easily implements ways of testing IoT devices concerning BT, BLE, WiFi, LORA, among other radio transmissions.
COMPLEX ELECTRONICS
When the complexity of the device under test can not be covered by any market available solution with an acceptable performance, specific tester design must be developed to save manufacturing time. This is relevant for automotive products, where complex electronic boards may have up to 4000 electronic components. This solution allowed us to test automotive body control units having more than 600 pins.
MULTISTATION TESTING
Lynx Test Scheduler has the capability to pipeline tests. This means overlaping test executions to provide simultaneous parallel operations within the global manufacturing test line. Whilst a part of the test is performed in test station 1, the other is tested in simultaneously in station 2. This is appropriated when time consuming processes or delays are mandatory and can not be avoided due to long component set-ups (e.g. big charging capacitors) or long time calculations in the microcontrollers.
DEVELOPMENT TEST PANELS
The development of electronic products requires specific toolings for the validation of the design, concerning hardware and embedded software. Generation RFID develops passive and smart test load panels to be used during the development or manufacturing of any electronic device.
LOAD PANELS
These panels are passive or active racked modules that allow the users to interface with the DUT for its test. Inputs and outputs, communications, DMM mesaurements, … any parameter is controlled and monitored for DUT validation.
HIGH VOLTAGE PANELS
The vehicle electrification has increased the batteries voltage. This leads to higher security measures in order to protect users from electrical risk which must be implemented in the design of the load panels.
EMC PANELS
These load panels are intended to be used in EMC anechoic chambers, as its mechanical design assures low emission levels and high immunity against external interferences.
CABLES FOR PROTOTYPES
All embedded electronic devices require cables between the DUT and its load panel. We can quickly assemble cables and wireharnesses at a minimum time and cost. RFID, RF, ODU and Harting are some examples of products delivered to end customers.
BATTERY CELL SIMULATOR
For automotive and high density embedded products, specific test boards and test firmware can be developed in order to reduce equipment duplication costs and system complexity. Our most complex product is for an automotive BCM (Body Control Module) EOL test, where we cover up to 500 pins (Digital, analog and capacitive inputs, power outputs, CAN, Ethernet and FR, among others).
ELECTRIFICATION
Automotive embedded electronics development requires, due to car electrification, new test products to validate On-board-chargers, Battery management systems or Battery Cell voltage supervisors.
ON BOARD CHARGER TEST BOX
OBC validation requires expensive and precision test equipment. However, there is also a digital content that can be validated with such a test board.
ELECTRIC VEHICLE ISOLATION
Electric vehicles use high voltage batteries. Our HV-ISO board simulates different resistive and capacitive values between HV battery terminals to simulate different isolation parameters.
