Avago三通道光学编码器AEDR-850X
2013-04-10 11:27:16 来源:网络 点击:1455
摘要: 这个aedr - 850 x编码器是最小的3通道光学编码器在世界与数字输出采用反射技术对运动控制的目的。编码器的设计,以经营超过-20°C到85°C的温度范围内,因此是既适用于商业和工业应用程序结束。
这个aedr - 850 x编码器是最小的3通道光学编码器在世界与数字输出采用反射技术对运动控制的目的。编码器的设计,以经营超过-20°C到85°C的温度范围内,因此是既适用于商业和工业应用程序结束。
The AEDR-850x encoder is the smallest 3 channel optical encoder in the world with digital outputs employing reflective technology for motion control purposes. The encoder is designed to operate over -20° C to 85° C temperature range and therefore is suitable for both commercial and industrial end applications.
This 3 channel optical encoder houses an LED light source and a photodetecting circuit in a single package. The small size of 3.95 mm (L) x 3.4 mm (W) x 0.9562 mm (H), allows it to be used in a wide range of miniature commercial applications where size and space constraints exist.
The AEDR-850x series encoders offer two-channel quadrature digital outputs and a 3rd channel, index digital outputs. Being TTL compatible, the outputs of the AEDR-850X 3 channel optical encoder can be interfaced directly with most of the signal processing circuitries. Hence the encoder provides great design-in flexibility and easy integration into existing systems.
Features
World smallest 3 channels reflective technology encoder. Surface mount leadless package 3.95 mm (L) x 3.4 mm(W) x 0.9562 mm (H) 3 channels; two channel quadrature digital outputs for direction sensing and a 3rd channel, Index digital output. Build in interpolator, factor of 1x, 2x and 4x selectable via external pinouts TTL compatible Single 5 V supply -20° C to 85° C absolute operating temperature Encoding resolution: 304 (lines/inch) or 12 (lines/mm) Index Gating, Un-gated 360º e
Signup for the Avago Now Newsletter:
avagotech.com/pages/contact/newsletter_signup/?WR.mc_id=EEweb_2013">http://www.avagotech.com/pages/contact/newsletter_signup/?WR.mc_id=EEweb_2013
本文为哔哥哔特资讯原创文章,未经允许和授权,不得转载,否则将严格追究法律责任;
步进电机最有意义的一个优点就是在开环系统里可以实现精确的控制。开环控制意味着不需要关于(转子)位置方面的反馈信息。这种控制避免了使用昂贵的传感器以及象光学编码器这样的反馈设备,因为只需要跟踪输入的步进脉冲就可以知道(转子)的位置。

第一时间获取电子制造行业新鲜资讯和深度商业分析,请在微信公众账号中搜索“哔哥哔特商务网”或者“big-bit”,或用手机扫描左方二维码,即可获得哔哥哔特每日精华内容推送和最优搜索体验,并参与活动!
发表评论