| Publication |
PDF |
| #125: A Unique Approach to Developing Sensor Signal Path Solutions |
1.5MB |
| #124: Driving High-Speed Data Against the Traffic |
1.2MB |
| #123: To Shield or Not to Shield: Industrial Video Ser/Des and EMI Considerations |
973KB |
| #122: Go the Distance: Industrial SerDes with Embedded Clock and Control |
377KB |
| #121: Bridging the Divide: A DAC Applications Tutorial |
2.1MB |
| #120: Going Beyond the Front End |
217KB |
| #119: Driving High-Speed Signals in Data Center Servers and Storage Area Networks |
967KB |
| #118: PowerWise® Class G versus Class AB Headphone Amplifiers |
328KB |
| #117: JTAG Advanced Capabilities and System Design |
421KB |
| #116: Energy Efficiency and Reliability in Automatic Transmission Systems |
586KB |
| #115: Liquid-Level Monitoring Using a Pressure Sensor |
277KB |
| #114: Continuous-Time Sigma-Delta A/D Converters |
240KB |
| #113: A 3 Gbps SDI Connectivity Solution Supporting Uncompressed 1080p60 Video |
2.7MB |
| #112: Adaptive Speed Control for Automotive Systems |
304KB |
| #111: Selecting Amplifiers, ADCs, and Clocks for High-Performance Signal Paths |
913KB |
| #110: Extending the Signal Path Over Data Transmission Lines |
552KB |
| #109: Generating Precision Clocks for Time-Interleaved ADCs |
660KB |
| #108: Low-Voltage Current Loop Transmitter |
489KB |
#107: Delay Calibration of Signal Path Interconnect-
In Remote Radio Head (RRH) Basestations and Other Applications |
594KB |
| #106: Timing is Everything - The Broadcast Video Signal Path |
504KB |
| #105: LIDAR System Design for Automotive/Industrial/Military Applications |
400KB |
| #104: Improving Machinery Vibration Analysis |
980KB |
| #103: Understanding High-Speed Signals,Clocks, and Data Capture |
2.0MB |
| #102: Maximizing Signal-Path Performance |
568KB |
| #101: A Walk Along the Signal Path |
440KB |
One of the challenges in developing sensor systems is the time it takes for system designers to develop, validate, and prototype a solution. Complete solutions need to address sensor drive and output requirements, sample rate, signal path calibration, performance, sensor diagnostics, and power consumption needs. Simplifying the cycle and reducing development time can mean a faster time-to-market and more designs completed per year. Most existing approaches address only a few of these issues and are time consuming and complicated to develop.