的EZ傾斜- 2000- 2先的可編程雙/單的線性模擬/數(shù)字出傾斜模塊是圍繞一個(gè)先的CMOS微處理器定制的狀態(tài)。 2“× 2”印刷電板組的同時(shí)提供了模擬寬制和RS – 232傾信息最多兩傾斜。 模塊是完全為NULL和增益溫度償。 系統(tǒng)包括全系列的每瓦和兩個(gè)件可值檢測(cè)器的線性校正。 在此置中模塊利用SX的- VIB的類型系列SX – 005D – VIB的或SX的- 015D – VIB的單抗振動(dòng)模式單一的線性傾傳感器并提供優(yōu)的振動(dòng)的應(yīng)用一種經(jīng)濟(jì)可的傾斜感應(yīng)決方案同時(shí)出的力與半山線性圍寬分率復(fù)性和對(duì)稱性。 堅(jiān)固的結(jié)構(gòu)使些傳感器常振動(dòng)精度為眾多的OEM軍事醫(yī)學(xué)光學(xué)汽測(cè)儀對(duì)動(dòng)化機(jī)器人技術(shù)和施工度測(cè)的應(yīng)用場(chǎng)合。 的EZ傾斜- 2000- 2包括兩個(gè)完全可編程的值檢測(cè)線是什么用戶置俯仰和橫滾水平敏感報(bào)。 創(chuàng)新的四個(gè)安孔體積小便于安簡(jiǎn)單。 用于危的應(yīng)用傾斜傳感器可程位置。 模擬和PWM出為完全件可編程并更新每個(gè)啟用每個(gè)周期。 模擬出圍是最的4Vdc并籌建全套度圍1Vdc有底有。

EZ-TILT-2000 rev-2 advanced programmable dual/single axis LINEAR Analog/Digital output tilt module is built around a customized state of the art CMOS Microprocessor. A 2″x 2″ assembled PCB provides concurrent Analog, PWM and RS-232 inclination information up to two axis of tilt. The module is fully temperature compensated for NULL and GAIN. The system includes full range linearity correction for each axis of tile and two software adjustable threshold detectors. In this configuration the module utilizes SX-VIB type ( SX-005D-VIB or SX-015D-VIB) single axis Vibration resistant LINEAR inclination sensors for single axis mode and provides an economical and reliable tilt sensing solution for high vibration applications requiring superior Nulling capabilities with concurrent excellent Mid-Wide range LINEARITY, resolution, repeatability and symmetry. Rugged construction make these sensors perfectly suitable for numerous high Vibration precision OEM, military, medical, optical, automotive, range finder, alignment, automation, robotics and construction angle measurement applications. EZ-TILT-2000 rev-2 also includes two fully programmable level threshold detector lines what allow the user to set level sensitive alarms for pitch and roll. Innovative design, four mounting holes and small size facilitate uncomplicated mounting. For hazardous applications tilt sensors could be remotely located. Both Analog and PWM outputs are fully software programmable and are updated each read cycle for each enabled axis. The analog output range is top limited by 4Vdc and bottom limited by 1Vdc for the full set angular range.