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传感器/变送器/仪表按厂商品牌选用指南按种类分类选用指南按行业应用选用指南模块模组隔离/采集/采集器/数据采集系统
产品资料 技术资料 样例工程 产品驱动 参考设计 应用电路 通讯协议 使用说明 支持软件 数据查询 问题解答 标准法规 图书资料 基础知识
力敏 压力 荷重 称重 应变片 加速度 拉压力 压阻 转矩 振动 微压 力距 压电 差压 张力 扭矩

速度传感器/加速度传感器压电传感器/压电加速度超声波物位变送器射频物位开关浮球液位变送器浮球液位开关投入式静压液位变送器双界面油水分析仪料位开关/音叉料位开关系列电容物位计智能磁致伸缩液位仪磁场传感器/磁敏传感器旋转编码器/轴角传感器/角度霍尔元件/霍尔IC/霍尔传感器ADI基于MEMS的传感器和温度传感器电子指南针 电子罗盘陀螺仪/角速度传感器 磁传感器 加速度传感器 三维数字罗盘 二维数字罗盘 倾角传感器/模块惯性导航 GPS模块

常用加速度传感器资料下载
全球加速度传感器总汇
加速度传感器原理分类
加速度传感器应用资料
美国ENDEVCO加速度传感器
美国MEAS+Entran加速度计
英国Hansford Sensor加速度传感器
英国Sensonics加速度传感器
美国PCB加速度传感器
德国bosch加速度传感器
美国ADI传感器/加速度传感器
Freescale 加速度传感器
MEMSIC加速度传感器
美国Dytran加速度传感器
英国Sensonics振动加速度传感器
日本富士加速度传感器
Systron Donner Inertial(SDI)
VTI威特艾传感器
    意法半导体ST
    
Kionix
    
美新(MEMSIC)
    
精量电子Measurement
    
美泰微系统MT
    
Colibrys
    
Silicon Designs
    
SignalQuest
    
明皜传感MiraMEMS
    
硅创(Sitronix)
    
Baolab
    
mCube
    
利顺精密Domintech
    
Virtus
伺服型加速度
压电振动型加速度
电容型加速度
低成本加速度传感器
线加速度传感器
角加速度传感器
加速度数采系统与软件
加速度行业应用
加速度技术文件
集成加速度传感器
集成传感器/智能传感器
集成温度传感器及控制器
集成温度补偿器
集成湿度传感器
集成转速传感器
集成加速度传感器
集成电流传感器及变送器
集成磁场传感器
集成压力传感器
集成液位传感器
集成烟雾传感器
集成混浊度传感器
集成偏航角速度传感器
集成可见光亮度传感器
集成指纹传感器
集成无线及红外收发器
传感器信号调理器
传感器信号处理器
图像信号处理器
单片数据采集
单片电能计量系统
单片相位差测量系统
单片功率测量系统
单片彩色扫描仪
集成电场感应传感器
集成安防传感器
集成防盗报警传感器
智能化传感器/传感器网络
传感器IC/传感电路/配件
传感器软件/传感器系统
 
美国SDI公司1521L(J)系列高稳定性低噪声加速度计芯片
1521L-002加速度计芯片 原装正品现货
美国SDI公司1521L-010高稳定性低噪声加速度计
美国BEI微机械陀螺仪QRS14

 

QRS14 Single-Axis Analog 

 

SDI成立于1983年,位于美国西北太平洋以喀斯开山脉附近。专业从事商业级、工业级及高可靠性的电容式加速度计的研制和生产。

SDI设计并开发一个为OEM和仪表应用的广范围加速计。坚固、集成放大设计提供了直流和动态响应加速计。集成加速计电子提供一个高层次,低阻抗输出,以尽量减少环境噪声拾取,而且不需要单独的电荷放大器。严格的质量控制体系和额外的筛选选择使加速计适合于高可靠性应用,如航空,军事和航天工业。

所有的SDI高性能、低噪声加速计模块是基于相同的密封、阻尼氮、电容式传感器,同时提供直流(常数)和交流(振动)的反应。

产品质量保证

检验和质量严格MIL-I-45208

设备校准符合MIL-C-45662

清洁房满足 FED-STD-209

ESD控制符合 MIL-STD-1689

产品筛选符合 MIL-STD-883

产品质量符合 MIL-PRF-38534 (non QML)

SPC按照严格程序完成

2.3、应用领域:

汽车,安全气囊, 报警系统,碰撞测试,机器人,测量仪器、仪表,随钻测量,振动分析、测试,家电,遥测、惯导,地震监测,高冲击环境.

2.4、技术指标

型号

g范围

描述

电源

输出

外形尺寸

接线器

操作温度

单轴加计表

1010L

2~200

20针芯片载体

+5 VDC

数字脉冲密度

.35"sq.x .11"

SMD 无铅

-55/+125oC

1010J

.35"sq. x .17"

SMD "J-铅"

1210L

5~400

±4V 微分

.35"sq. x .11"

SMD 无铅

1210J

.35"sq. x .17"

SMD "J-铅"

1221L

2~400

低噪音 ±4V 微分

.35"sq. x .11"

SMD 无铅

1221J

.35"sq. x .17"

SMD "J-铅"

2010

2~200

3320模型

+5 VDC

数字脉冲密度

1.0"sq. x .3"

39" 4-多股缆/插头

-55/+125oC

2012

2~400

模拟模型

+5 VDC

±4V 微分

39" 4 多股缆加防

-55/+125oC

2210

+9 to +32VDC

-40/+85oC

2220

2~200

-55/+125oC

2265

5~200

±5VDC

1.0" x .63" x .30"

-40/+85oC

2230

阳极电镀铝壳用来安装三个 2010, 2012或 2210 模块以便正交测量

三轴加计表

2412

5~100

三轴开放结构

+5 VDC

±4V 微分

1.2"sq. x 1.0"

带状连接器

-40/+85oC

2420

2~200

3320三轴模块

+5 VDC

数字脉冲密度

1.0"sq. x .83"

39" 6-多股缆/插头

-55/+125oC

2422

2~400

三轴模块

+5 VDC

±4V 微分

1.0"sq. x .83"

39" 8-多股缆

-55/+125oC

2430

2~400

±11~±15VDC

±5V 单末梢

39" 6-多股缆

-40/+85oC

2440

2~200

-55/+125oC

Systron Donner Inertial (SDI)主要提供领先技术和系统产品,其中他们的陀螺传感器、角速度传感器,多轴感应系统以级INS/ GPS(惯性和全球定位)导航系统,引导控制系统都在飞机横切面上广泛使用。

主要应用领域分别是航空、航天、军工、商用飞机、航海以及陆用车辆。许多这些应用包括先进的战术和高临界性能领域里都能用到。
例如:QRS28
随着业界最小的外形,QRS28双轴SDI公司石英微机电系统提供前所未有的强大功能,速度感应器两个宽带1,温度可重复的偏见和坚固的性能在大多数环境。它特别适合于要求苛刻的应用,这需要可靠的性能,如导弹导引头,万向节稳定,在小尺寸和低功耗的要求,同时在低成本的设计,也非常适合大批量商业应用的理想选择。

QRS28系列

应用:

 

坦克炮塔稳定

 

导弹制导与控制
导弹瞄准
精确制导
相机稳定
平台稳定
机器人控制
天线稳定
驾驶控制
无人机 - 无人机
固定翼
直升机
汽车测试
宇宙飞船
水下机器人
无人遥控潜水器 - 遥控操作车
鱼雷制导

特点

●双轴功能的小尺寸规格 
●体积小:仅20克。(1.05“× 0.71”直径) 
●气密汽缸密封在不锈钢 
●高可靠性 
●DC输入/高级别直流模拟量输出 
●低成本
参数 规格
标准范围   ± 100 ° /秒,± 200 ° /秒,± 400 ° /秒
输入电压   +- 5.0伏直流
带宽 110赫兹
输出噪声 <005 ° /秒/√Hz的
比例因子精度  ± 1%
MEMS的超小型石英率双轴传感器

惯性传感器

Systron Donner Inertial (SDI)是石英MEMS惯性传感产品和系统全球领先的供应商。50多年来,一直为航空航天、军事、商用飞机、海运以及陆运等应用领域提供精准的解决方案。SDI的产品和系统是集成制造商和原始设备制造商的理想选择。

作为石英MEMS技术开发的先驱,SDI充分利用音叉设计,并不断探索前沿技术,在全球重要军事领域和商用导航控制领域(GN&C)取得了重大革新与突破。

 

Systron - Position Sensors

Products Overview

INS/GPS

Systron Donner’s high performance Quartz MEMS Inertial Measurement Units provide the foundation for integration with industry’s leading high performance Coarse/Acquisition code (C/A) global positioning systems and system electronics to provide a series of robust, completely self-contained INS/GPS systems. Coupled precisely with their respective counterparts, these systems offer a synergistically powerful Guidance, Navigational and Control (GN&C) system for a myriad of military, commercial and industrial applications. Capable of virtual, stand-alone systems operation, they are well suited for use by Integrators and OEMs.

IMUs

Supported by SDI’s reputation as a leading systems provider and offering trusted integrator solutions for tactical military and demanding commercial applications, our advanced family of Inertial Measurement Units (IMU) is designed to provide full Six Degree of Freedom (6DoF) motion sensing, creating a proven solution for instrumentation, control and navigational systems. These innovative IMUs feature SDI’s proven Quartz MEMS technology, including the latest breakthrough in true tactical grade performance with 1°/hr. bias stability and ultra low (0.02°/√hr.) angle random walk values in our SDI500 Series. Across all units, improvements in low power and unit miniaturization, including a unique, solid-state tuning fork design for superior, “one-piece” (no moving parts) performance, provide a true system solution and designer’s choice for superior performance.

Multi Axis Sensors

Inertial Sensing systems typically measure the inertial forces produced during the rotation and acceleration of an object about the X, Y and Z axes (3DoF). Systron Donner’s enhanced systems in this area combine MEMS gyroscopes coupled with other sensors capable of measuring six degrees of freedom (6DoF), which includes measuring X, Y and Z position and pitch, yaw and roll movements simultaneously. Capable of offering full turnkey multi-sensor capabilities, SDI inertial sensing systems provide high reliability, lightweight systems solutions to these disciplines with a suite of products designed to balance performance and the latest technology to answer a wide array of applications. Used as a stand-alone system themselves, or serving as a key component of a larger system, SDI products offer a true choice for the Integrator and OEM.

Gyroscopes

Gyroscopes produce a signal output proportional to the rate of rotation of the surface to which attached in a given direction. They can be used individually for X-axis (or YAW) measurements or in multiple units for multi-axis rotational change detection. On-going advancements in our MEMS-based technology has enabled these devices to offer excellent performance including low power and miniature size.

Offering enhanced benefits for use across a wide spectrum of applications, several models capable of serving as systems themselves, particularly for use by Integrators and OEMs, SDI’s comprehensive family of single-axis sensors all feature solid-state (gyro on a chip), micromachined MEMS quartz technology with their own self-contained electronics for enhanced performance. Inherent features include low noise, miniature size, wide bandwidth and temperature ranges, and high reliability (no moving parts).

INS/GPS

SDI's most advanced GPS/INS Tactical Grade System. The compact SDN500 combines latest generation quartz gyros, quartz accelerometers, high speed signal processing and a 48-channel Coarse/Acquisition (C/A) Code GPS receiver into a powerful, tightly coupled Guidance and Navigation System. There is also an option to utilize a Selective Availability Anti-spoofing Module (SAASM) GPS receiver. The versatile tactical grade system delivers a reliable 3.9 meter Spherical Error Probable (SEP) GPS-aided accuracy. SDI’s proprietary Quartz MEMS Inertial Sensors maintain position and attitude accuracy in the event of loss of GPS tracking. The low power SDN500 is designed for integrator and OEM use in the latest demanding smaller, more scalable system applications. The SDN500 is an ideal solution for critical applications in such areas as geo-surveying, unmanned air and ground vehicles, precision targeting and positioning, and enables excellent system solutions in demanding commercial applications.

 

The MMQG IMU offers an unique system solution for a broad range of Guidance, Navigation and Control (GN&C) applications, combining SDI’s Digital Quartz MMQ50 IMU, with integrated MEMS quartz rate sensors and vibrating quartz accelerometers, with the Jupiter® PICO commercial Global Positioning System (GPS) receiver and tightly coupled with Jupiter’s 12-channel Coarse/Acquisition (C/A) Code GPS engine. This miniature yet robust, solid-state unit offers a totally self-contained system with internal diagnostic software that is compact, lightweight and easily programmable.

IMUs

The SDI510 is a platform extension of SDI’s proven, tactical grade SDI500 MEMS IMU.  The SDI510 IMU integrates SDI’s latest generation quartz gyros, quartz accelerometers and high speed digital signal processing a compelling solution, for 8” to 12” gimbal systems, with high bandwidth (user selectable phase/gain options) and low 150 µsec data latency, extremely low 0.012°/√hr. angle random walk noise, excellent <1.0°/hr. gyro bias and synch input / output capability for accurate signal timing to/from host controller.  Combined with the 3200Hz gyro and 400Hz V/ DV SDLC data frame rates, the SDI510 is the only IMU with the unique ability to provide compensated rate signals for the inner gimbal loop stabilization.  Optimized for EO/IR stabilization platforms, the SDI510 IMU delivers a clear SWaPC advantage over alternative technologies.

 

Leveraging industry’s leading MEMS technology to provide previously unheard of capabilities in angle random walk values (0.02°/√hr.) without loss of tactical grade levels across military environments, including 1°/hr. bias stability, the SDI500 is designed to achieve the demanding performance levels required in sophisticated systems applications. It is particularly suited for use by Integrators and OEMs, packaged in a highly miniaturized, cylindrical configuration with a volume of only 19 cubic inches. Boasting a 20-Year lifetime capability without requiring calibration and a MTBF of more than 25,000 hours, multiple output data formats and SDLC, RS232 and UART output interfaces are provided in this revolutionary IMU for optimized systems protocols.
Fully functional as a Quartz MEMS-based 6DoF IMU, the MMQA provides an unprecedented Roll, Pitch and Heading angle solution in varying dynamic conditions. It’s a natural system-based solution for Integrators and OEMs to use to answer a host of demanding applications. Quartz MEMS IMU accelerometers stabilize pitch and roll, while heading is stabilized with an external tri-axis magnetometer. Demanding TSO-C4c and TSO-C6D Heading performance standards are readily met with edge-of-technology MEMS rate sensor performance. Data outputs are user-configurable with Built-In-Test (BIT) multi-parameter revolving word output, with system information output including version string. Versatile yet compactly packaged, lightweight, and operates at low power consumption.
The latest quartz MEMS technology is applied to this versatile Vertical Gyro IMU, featuring full Six Degree of Freedom (6DoF) capability in an extremely lightweight, compact design, capable of operating at low power consumption levels. It meets TSO-C4c Bank and Pitch angle requirements, while operating at low noise with excellent bias stability. These characteristics make the MMQVG an ideal answer for integrators and OEMs across a myriad of applications. Data outputs are user-configurable at various sample rates with extremely low output rate jitter, with easy to understand data formats containing six sensor outputs, angle outputs, a Built-In-Test (BIT) word output, and multi-parameter revolving word output, including version string for complete system information.
The MMQ50 combines solid-state MEMs quartz inertial rate sensors and silicon MEMs accelerometers in an Inertial Measurement Unit ideally suited for high-performance embedded systems applications. A compact answer for complete yet simplified systems integration, the MMG50 provides unparalleled performance including full six degrees of freedom (6DoF) functionality and reliability, with extraordinary price and value. The MMQ50 exhibits bias stability less than 10º/hour, with excellent angle random walk characteristics below 0.15º√hour while operating in robust environmental conditions.

Multi-Axis Inertial Sensing System

With one of industry’s smallest form factors, QRS28 couples two of SDI’s robust quartz MEMS rate sensors for unprecedented capabilities in wide bandwidth, repeatable bias performance over temperature and ruggedness in most environments. It is especially suited for demanding applications, which require reliable performance, such as missile seeker gimbal stabilization, where small size and low power consumption is required, while in a low cost design that is also ideally suited for high volume commercial applications.
Coupling three SDI solid-state MEMS angular rate sensors with three high performance linear accelerometers, MotionPak® introduces a true Six Degree of Freedom (6DoF), fully self-contained inertial sensing system in a compact, rugged package with its own power regulation and signal conditioning electronics, ideally suited for extremely accurate measuring of linear accelerations and angular rates in a variety of instrumentation and control applications.

Gyroscopes

The SDD3000 is SDI’s high performance, digital, single-axis gyroscope. Incorporating an advanced Quartz MEMS sensing element, it is optimized for applications that require low noise and excellent stability over changes in temperature and through vibration. SDI’s proprietary Quartz MEMS technology delivers high reliability and a low total cost of ownership, with no wear-out modes or required calibration intervals. Boasting a small size, light weight and very low power consumption, the SDD3000 is truly a leader in its performance class.

 

The SDD3000 combines our most advanced sensing element with state-of-the-art digital signal processing (DSP) technology, yielding superior performance through even the most demanding conditions. Delivering unprecedented low Angle Random Walk values (output noise) and class-leading stability among MEMS gyros, the SDD3000 is an ideal solution for stabilization, precision pointing applications, instrumentation, motion sensing and GPS/AHRS integrations.

 

The SDD3000 outputs angular rate and BIT data continuously upon the application of power, with no user input or start command required. Offered with two standard connection protocols (RS-232 or RS-422) and data rates (600 HZ or 100 Hz), the SDD3000 can be easily integrated into any system. Excellent stability over temperature and turn-on-to-turn-on bias repeatability over extended periods of use make the SDD3000 particularly well-suited for many stabilization and instrumentation roles. 

The QRS116 utilizes an advanced Quartz MEMS inertial sensing element which delivers ground-breaking levels of low angle random walk, bias stability and vibration performance. The QRS116 is a compact angular rate sensor ideally suited for applications in tactical, aerospace and mission-critical instrumentation.

The QRS116 features exceptionally low noise, fast start-up, and a simple electrical interface, the QRS116 has no moving parts ensuring long service life and high MTBF.

The QRS11 is a compact, lightweight design, that features Quartz MEMS technology providing a solid-state gyro offering virtually unlimited life. The QRS11’s combination of high performance and long life makes it well suited for OEM’s and system integrators designing cost effective, high performance systems.

The QRS11 requires only DC voltage inputs to provide reliable, extremely accurate angular rate measurements with the benefit of no moving parts. With a hermetically sealed sensing element, the QRS11 has provided reliable performance in aircraft, missile and space systems across many demanding application environments.

For the most demanding commercial and aerospace applications, the SDG1400 offers class-leading performance and stability in a small, rugged package. Utilizing an advanced Quartz MEMS inertial sensing element, it provides superior bias stability and repeatability.

The SDG1400 has no moving parts and exceptional MTBF performance. A commercial, off the shelf product, it gives fast start-up, very low noise and high bandwidth, making it ideal for critical applications in commercial and aerospace applications. The SDG1400 is completely self-contained and has a simple DC input, and high level DC output.

Featuring performance advantages over other gyros in its class, the SDG500 is a completely self contained angular rate sensor. Utilizing a Quartz MEMS inertial sense element housed in a compact, rugged aluminum case, it provides virtually unlimited life.

An on-board temperature sensor allows the user to enhance performance via thermal modeling and correction. With a simple DC input and high level DC output, the SDG500 will integrate quickly and simply into your designs.

The QRS14 is an exceptionally capable solid-state gyroscope expressly designed for use in a broad range of applications. Featuring solid-state quartz MEMs technology, this unit combines excellent vibration, noise, and virtually unlimited life. Enclosed in a compact housing, the QRS14 provides a DC voltage input, analog DC voltage output proportional to the rotational rate. The QRS14 is available in two different model variations, with either a positive or dual-power supply option.
The HORIZON™  gyroscope offers solid-state quartz MEMS technology enclosed in a compact housing ideally suited for use by Original Equipment Manufacturers (OEM) and system integrators designing cost effective systems. This highly functional design provides high reliability yet is lightweight for easy board mounting and integration into a wide variety of specifc applications and packaging requirements. The HORIZON™  features excellent vibration performance, low noise and long life reliability. A high level analog voltage output signal, proportional to an angular rate input, is provided by a single DC voltage input.

INS/GPS
SDN500
MMQG
IMUs
SDI510
SDI500
MMQA
MMQVG
MMQ50
Multi Axis Sensors
MotionPak®
QRS28
Gyroscopes
SDD3000
QRS11
QRS116
SDG1400
SDG500
QRS14
HORIZON™

 

压电式速度传感器    压阻式加速度传感器  电容式加速度传感器  伺服型加速度传感器  三轴加速度传感器  陀螺仪  数据采集设备   标定校准设备   SCA610 SCA3000 SCA620 SCA1000 SCA2100 SCA3100 SCA810 SCA820 SCA830CMA3000 SCA3060

 加速度传感器/速度传感器/角速度传感器
  AD品牌

ADXL105AQC

ADXL150

ADXL202 ADXL203
  ADXL210 ADXL103 ADXL320 ADXL250
  ADXL321 ADXL311 ADXL322 ADXL330
角速度

ADXRS150

ADXRS300

ADXRS400  
光电转速 磁电转速      
加速度传感器 加速度计
附件
Vibration Sensors
Embedded Accelerometers        
832 832M1 834 834M1 3022 3028 3031 3038
3052 3058 3255A 4503 805 ACH_01 MiniSense_100 805M1
Plug and Play Accelerometers
52 52F 52M30 52M32 53 61 63 64 64B 64C
64L 68C 201 203 1201 1201F 1203 1207 1207F 1210F
3700 3801A 4000A_& 4001A 4002 4202 4203 4600 & 4602 4604 4605 4610
4623 4630 4801A 4803A 4810A 7100A 7101A 7104A 7105A 7108A
7120A 7130A 7132A 7202A 7204A 7500A 7501A 7502A 7504A 7505A
7508A 7514A 7530A EGAS EGAS3 EGAX_EGAXT EGAXT3 EGCS3_D EGCS_D0_D1S EGCS_425
EGPE_1A EGCS_A2_B2              
Signal Conditioners        
101_Signal_Conditioner 161_Signal_Conditioner IAM_Amplifier IAMR_Amplifier
IB_ACH_01_AmplifierBox IEM_Amplifier MM40_Digital_Sensor_Readout  

 

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