缇庡湅(gu贸)SDI绺戒唬鐞嗭紝闆诲寮忓姞閫熷害鍌虫劅鍣�锛屽師瑁濋€�(j矛n)鍙ｇ編鍦�(gu贸)SDI闆诲寮忓姞閫熷害鍌虫劅鍣�
娣卞湷甯傜従(xi脿n)浠ｈ豹鏂瑰剙鍣ㄥ剙琛ㄧ鎶€鏈夐檺鍏徃
杞�(zhu菐n)鏉庡伐
1410鍨嬫暩(sh霉)瀛楄〃闈㈠畨瑁濆姞閫熷害瑷�(j矛)锛�
浠ｇ悊缇庡湅(gu贸)SDI鍔犻€熷害瑷�(j矛)1410J-002锛�1410J-005锛�1410J-010锛�1410J-025锛�1410J-050锛�1410J-100锛�1410J-200锛�
浠ｇ悊缇庡湅(gu贸)SDI鍔犻€熷害瑷�(j矛)1410L-002锛�1410L-005锛�1410L-010锛�1410L-025锛�1410L-050锛�1410L-100锛�1410L-200锛�
鍨嬭櫉(h脿o)锛�1410J-010
鍝佺墝锛氱編鍦�(gu贸)SDI
娣卞湷甯傜従(xi脿n)浠ｈ豹鏂瑰剙鍣ㄥ剙琛ㄧ鎶€鏈夐檺鍏徃
鐢�(ch菐n)鍝佹弿杩帮細
The Model 1410 is an integrated accelerometer for use in zero to medium frequency instrumentation applications. Each
miniature, hermetically sealed package combines a micro-
machined capacitive sense element and a custom integrated
circuit that includes a sense amplifier and sigma-delta A/D
converter. It is relatively insensitive to temperature changes and gradients. Each device is marked with a serial number on its top and bottom surfaces for traceability. An optional calibration test sheet (1410-TST) is also available which lists the measured bias,scale factor, linearity, operating current and frequency response
鐗归粸(di菐n)锛�
Digital Pulse Density Output
? Drop-In Replacement for Model 1010
? Integrated Sensor & Amplifier
? -55 to +125 掳C Operation
? +5 VDC, 2 mA Power (typical)
? LCC or J-Lead Surface Mount Package
? Responds to DC & AC Acceleration
? No External Reference Voltage
? Easy Interface to Microprocessors, TTL/CMOS Compatible
? Nitrogen Damped & Hermetically Sealed
? Capacitive Micromachined & Serialized for Traceability
? Good EMI Resistance
鎿嶄綔鏂瑰紡锛�
The Model 1410 produces a digital pulse train in which the density of pulses (number of pulses per second) is proportional to applied acceleration. It requires a single +5 volt power supply and a TTL/CMOS level clock of 100kHz-1MHz. The output is ratiometric to the clock frequency and independent of the power supply voltage. Two bs of digital signals are provided for direct interfacing to a microprocessor or counter. The sensitive axis is perpendicular to the bottom of the package, with positive acceleration defined as a force pushing on the bottom of the package. External digital line drivers can be used to drive long cables or when used in an electrically noisy environment.
1410鍨嬫暩(sh霉)瀛楄〃闈㈠畨瑁濆姞閫熷害瑷�(j矛)锛�
浠ｇ悊缇庡湅(gu贸)SDI鍔犻€熷害瑷�(j矛)1410J-002锛�1410J-005锛�1410J-010锛�
1410J-025锛�1410J-050锛�1410J-100锛�1410J-200锛�
浠ｇ悊缇庡湅(gu贸)SDI鍔犻€熷害瑷�(j矛)1410L-002锛�1410L-005锛�1410L-010锛�1410L-025锛�1410L-050锛�1410L-100锛�1410L-200锛�
1521鍨嬫ā鎿〃闈㈠畨瑁濆姞閫熷害瑷�(j矛)锛�
浠ｇ悊缇庡湅(gu贸)SDI鍔犻€熷害瑷�(j矛)1521J-002锛�1521J-005锛�1521J-010锛�1521J-025锛�1521J-050锛�1521J-100锛�1521J-200锛�1521J-400锛�
浠ｇ悊缇庡湅(gu贸)SDI鍔犻€熷害瑷�(j矛)1521L-002锛�1521L-005锛�1521L-010锛�1521L-025锛�
1521L-050锛�1521L-100锛�1521L-200锛�1521L-400锛�
1522鍨�澧炲挤(qi谩ng)鐨勬€ц兘妯℃摤琛ㄩ潰瀹夎鍔犻€熷害瑷�(j矛)锛�
浠ｇ悊缇庡湅(gu贸)SDI鍔犻€熷害瑷�(j矛)1522L-002锛�1522L-005锛�1522L-010锛�1522L-025锛�1522L-050锛�1522L-100锛�1522L-200锛�1522L-400锛�
1525鍨�妯℃摤鎱ｆ€�MEMS琛ㄩ潰瀹夎鍔犻€熷害瑷�(j矛)锛�
浠ｇ悊缇庡湅(gu贸)SDI鍔犻€熷害瑷�(j矛)1525J-010锛�1525J-025锛�1525J-050锛�
1527鍨�妯℃摤鎱ｆ€�MEMS琛ㄩ潰瀹夎鍔犻€熷害瑷�(j矛)锛�
浠ｇ悊缇庡湅(gu贸)SDI鍔犻€熷害瑷�(j矛)1527J-010锛�1527J-025锛�1527J-050锛�
1531鍨�楂樻韩搴︽ā鎿〃闈㈠畨瑁濆姞閫熷害瑷�(j矛)锛�
浠ｇ悊缇庡湅(gu贸)SDI鍔犻€熷害瑷�(j矛)1531J-002锛�1531J-005锛�1531J-010锛�1531J-025锛�1531J-050锛�1531J-100锛�1531J-200锛�1531J-400锛�
