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Welcome to Silicon Sensing

Silicon Sensing Systems has unrivalled expertise in the design and manufacture of high performance inertial measurement sensors and systems. We constantly push the boundaries of what is possible through the use of patented silicon MEMS structures, which are manufactured in our own foundry in Japan. Assessment of our latest gyro sensors and systems show that, in critical areas such as bias instability and angle random walk, these high performance devices deliver performance equivalent to far larger, heavier and more expensive fibre optic-based units.  The success of our inertial measurement technology is evident in the tens of million sensors we have delivered to customers since we were established over 20 years ago.

With our products is use on the most hazardous terrains and in the most extreme conditions, Silicon Sensing has a wide range of sensors and systems to meet your specifications at any time, in any conditions, on any terrain.  To find out more, see below or click the product image opposite.  To talk to us simply submit the brief form below, and we will be in touch.

A little bit more about the DMU11

Product description

Low Cost MEMS IMU

A low-cost IMU for high volume applications that need premium performance.

DMU11, like DMU10, combines MEMS angular rate and linear acceleration sensors to create a precision, low-cost, six-degrees-of-freedom (6-DOF) IMU for complete motion sensing and control in three-dimensional space.  However DMU11 features a redesigned layout to minimise physical space.  DMU11 is suitable for a wide range of applications and is calibrated over the full rated temperature range.

The DMU11 Output Message is output on a RS422 Serial interface at 460,800 baud using a non-return to zero protocol. The DMU11 RS422 driver does not include a 120 ohm termination resistor which is normally associated with the RS422 interface. Therefore if the user is not going to use the receive feature of the DMU11 (RX Lo and Rx Hi), then a 120 ohm termination resistor needs to be inserted between Pins 3 and 4 of the connector. Pins 3 and 4 should not be left unterminated since noise received on Pins 3 or 4 could cause the DMU11 to stop transmitting data on its transmit lines. Ideally, the termination resistor should be placed as close to the connector as possible.

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