The HAL® S1000 is a wireless, computer-controlled full-body patient simulation solution designed for immersive emergency response and advanced life support simulation-based training.

The HAL1000 is a programmable Hall switch. The major sensor characteristics, the two switching points BON and BOFF, are programmable for the application. The sensor can be programmed …

HAL® S1000 is a wireless, computer-controlled, full-body patient simulator explicitly developed for immersive emergency response and advanced life support simulation-based training. HAL …

The HAL 1000 is designed f o r a stabilized 5 V supply. EMC testing related to “Road vehicles Electrical dis- turbances from conduction and coupling Pa r t 2 :

New conversational speech, lifelike motor movement, next-gen simulated physiology, UNI® 3, and many more industry-first capabilities usher in the next revolutionary leap in simulation.*

The HAL® S1000 is a wireless, computer-controlled full-body patient simulator designed to provide healthcare professionals with an immersive training experience in advanced life …

The HAL 1002 is the improved successor of the HAL 1000 Hall switch. The major sensor characteristics, the two switching points BON and BOFF, are programmable for the application.

Freiburg (Germany), July 27, 2000 - Micronas has introduced a new Hall-effect switch, called HAL 1000, for position and speed measurements that can replace traditional mechanical micro …

2000年10月1日 · an EEPROM on one chip, the HAL-1000 programmable solid-state Hall-effect switch measures velocity with high accuracy even at low speeds. An alternative to mechanical …

The HAL® S1000 is a wireless, computer-controlled full-body patient simulation solution designed for immersive emergency response and advanced life support simulation-based training. HAL …