SimINERTIAL Integrated GPS/Inertial & Inertial Sensor test system from Spirent is offered as an extension for GSS8000 systems to enable laboratory simulation of integrated GPS and Inertial systems and inertial measurement units (IMU). The SimINERTIAL system, when used with a Spirent constellation simulator, emulates inertial sensor outputs while concurrently simulating GPS RF signals thereby enabling controlled, repeatable testing of integrated GPS and inertial units.
The pressure sensor port might be plugged by tire repair sealants.The wrong pressure range might have been applied to the sensor, thus providing a difference between your gauge and TPMS reading.The pressure sensor chamber might be leaking and has a manufacturers defect.
CMOS camera modules and Image sensors Application ranges: automatic production lines, In-line systems for single- or multisite test Research and development Production characterization and verification Quality assurance Service Particular advantages: Modular structure and compact design Very decent computer power
MT MEMS modules combine the advantages of well established and production proven tri-temp test handling equipment with innovative concepts to meet the special requirements of the MEMS market. The modular design concept allows greatest flexibility and best return on investment.
This Sensor / ECU Test Aid comprises of various set of wired terminals and connectors ready for connection. It is very useful for the auto electrician to gather, capture data and signal during testing of sensors and simulating of voltages and resistance during diagnosing of the car ECU.
The Jova Solutions ISL-4800 is the highest performance interface and test solutions available for image sensors, digital cameras and video devices. This single piece of hardware supports nearly every sensor, camera, and video source interface standard in existence. A fully integrated, off-the-shelf, hardware/software tester package, ISL-4800 provides a full range of interfaces, controls, advanced image analysis test routines, evaluation and characterization capabilities in one easy-to-use, inexp...
The handheld, portable Sensor Tester is designed to quickly and easily diagnose sensor problems in commercial and industrial motion control systems. The sensor tester powers the sensor and conducts 27 discrete performance measurements. The sensor tester includes both a static (motionless) and dynamic (sensor in motion) modes to accurately assess the sensors’ performance and viability.
Fast, small and versatile, and with unique patented voltage protection, the Universal LightProbes Sensors test LED color and intensity at all levels of product assembly: as components, on printed circuit-boards, and in finished products. Choose from a range of Universal LightProbe LED Sensors and Fiber-Optic Probes to accurately test color and white LEDs, plus Infrared LEDs, and the intensity or brightness of almost any LED in any test environment and in every field of product manufacture includ...
The Universal LightProbe Blinx Digital Sensors have been specifically designed for checking the blinking rate LEDs. These LED test sensors check the on/off status of any color LED, whether stable or blinking, up to a rate of 15 Hz.
The Universal LightProbe Unicolor Sensors provide the fast, accurate and cost-effective LED test for any single color, plus white, and IR LEDs (between 700 to 1,000nm) providing a voltage output proportional to LED intensity when the LED is the color specified for the sensor.
Universal LightProbe Spectra Sensors provide fast, accurate and cost-effective LED test for a wide range of intensity, and of any color in the visual spectrum, plus white. Universal LightProbe Spectra Sensors are well-suited for the test of "boundary" color LEDs, as they allow the user to set their own PASS/FAIL limits for color.
The best technical performance, cost optimization, one-shot factory integration.A single unit integrates the modules for the handling, contacting and complete testing of MEMS devices, including the physical stimulus for functional test, and the tri-temp thermal conditioning.
The sensor signal output is shown in real time on the bar graph, while a 2 digit alphanumeric display shows the sensor output cross count per second. By pressing the ?Test? button and performing a snap throttle acceleration of the engine, it tests the response time of the sensor and shows a pass or fail result within seconds. Two buttons allows for simulation of rich or lean conditions to monitor response of the engine control module.
STS600 sensor simulator & tester is a smart testing device with power-on self-test (POST) and range-switching functions. It is mainly used to conduct voltage test, resistance test and frequency test for sensors, and to simulate the output signal (voltage, frequency and O2 sensor signal).