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Description |
The automotive market is using mm-wave
frequency for range estimation. Both near and far range
sensors are being developed. The emerging requirements
of large volume mm-components has created new challenges
of designing with "course" lithographic tolerance used
in PCB technology. Integrating the chipset into an RF
module can be a problematic issue and requires careful
attention. In addition, the high mm-wave frequencies
have some unique issues such as measurements, moding
and coupling. Anokiwave can help you develop products
for the automotive market by: |
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Key Features |
- Statistical EM simulations
- Design centering using EM simulation
- Working closely with manufacturing
and as a team member to identify the key parameters
to optimize and design center
- Designing process tolerant
components
- Configuring the RF module architecture
- Designing difficult components
such as passive multipliers and transitions
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Anokiwave has extensive experience with
working and designing automotive products. For example,
Nitin Jain, the firm's CTO, was technically responsible
and conceived the 77 GHz mm-module design presented in
the paper titled "A
76-77GHz PULSED-DOPPLER RADAR MODULE FORAUTONOMOUS CRUISE
CONTROL APPLICATIONS". On first assemble and test,
the design worked as predicted with no tuning or metal
etching and met all the design specifications. |
Some of the design examples related to mm-wave design experience are:
- 10 bit to 16 bit high resolution digitial to anlaog conveter
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| NOTE: Design specifications are subject to change. Anokiwave does not warranty any of the listed performance. |
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2006 Anokiwave, Inc., All rights reserved, Disclaimer :contact
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