User contributions for Rinex20
Jump to navigation
Jump to search
- 23:23, 29 May 2024 diff hist +275 Main Page
- 23:12, 29 May 2024 diff hist +1 DM1103 →3. MECHANICAL SPECIFICATION
- 23:12, 29 May 2024 diff hist +1,026 DM1103
- 23:09, 29 May 2024 diff hist +43 DM1103 →4. MECHANICAL SPECIFICATION
- 23:08, 29 May 2024 diff hist +113 DM1103
- 23:07, 29 May 2024 diff hist 0 N File:DM1103-mini-pcie-half-size.png current
- 23:06, 29 May 2024 diff hist 0 N File:DM1103-mini-pcie-mechanical.png current
- 23:05, 29 May 2024 diff hist +276 DM1103
- 17:50, 29 May 2024 diff hist +4 DM1103
- 17:49, 29 May 2024 diff hist +5 DM1103 →1.2 Features
- 17:48, 29 May 2024 diff hist +1 DM1103 →2 PIN DESCRIPTION
- 17:48, 29 May 2024 diff hist +9 DM1103
- 17:48, 29 May 2024 diff hist +501 DM1103
- 17:45, 29 May 2024 diff hist +15 DM1103 →1.4 Specifications
- 17:44, 29 May 2024 diff hist +87 DM1103 →1.4 Specifications
- 17:43, 29 May 2024 diff hist −1 DM1103 →1.3 Block diagram
- 17:43, 29 May 2024 diff hist 0 N File:DM1103-block-diagram.png current
- 17:42, 29 May 2024 diff hist +1,521 DM1103
- 17:38, 29 May 2024 diff hist −1 DM1103
- 17:37, 29 May 2024 diff hist +57 DM1103
- 17:36, 29 May 2024 diff hist +20 N File:DM1103-full-half-1.png DM1103 current
- 17:32, 29 May 2024 diff hist +1,097 N DM1103 Created page with "== 1. SYSTEM OVERVIEW == === 1.1 General Description === DM1103 is a high-performance mini PCIe-form GNSS module based on Allystar TAU1103 which is with the state-of-the-art Allystar Cynosure III Lite architecture. It has a Full-Mini size and Half-mini size. It supports global civil navigation systems, including GPS, BDS, GLONASS, Galileo, and QZSS. Featured with SAW and LNA, it achieves high positioning accuracy and short TTFF, especially in a harsh urban environment...."
- 10:37, 27 May 2024 diff hist −2 Main Page →Others
- 10:34, 27 May 2024 diff hist +3 Main Page →Others
- 10:33, 27 May 2024 diff hist −1 Main Page →Others
- 10:33, 27 May 2024 diff hist −87 Main Page
- 21:06, 11 May 2024 diff hist +10 Multiband-antenna-for-rtk →AGR6302G Multi-band antenna for RTK application
- 21:05, 11 May 2024 diff hist +1 Multiband-antenna-for-rtk →AGR6302G Multi-band antenna for RTK
- 21:04, 11 May 2024 diff hist +1 Multiband-antenna-for-rtk
- 21:00, 11 May 2024 diff hist 0 TAU951M →TEST EVK
- 20:59, 11 May 2024 diff hist +63 TAU951M
- 20:57, 11 May 2024 diff hist 0 N File:D10P-EVK-1.png current
- 20:48, 11 May 2024 diff hist 0 File:GEM1105-TAU1308-1.png Rinex20 uploaded a new version of File:GEM1105-TAU1308-1.png current
- 20:46, 11 May 2024 diff hist +21 N File:GEM1105-TAU1308-1.png GEM1105
- 20:46, 11 May 2024 diff hist −147 GEM1105 current
- 20:16, 11 May 2024 diff hist +20 Layout notes →Layout Recommendations current
- 20:15, 11 May 2024 diff hist +1,303 N Layout notes Created page with "== Layout Recommendations == To optimize the performance of your circuit design, it is advisable to separate the RF and output circuits on the PCB board into different areas. Maintaining a 50-ohm impedance along the RF signal path is crucial for effective transmission. Therefore, it is important to keep the RF signal path as short as possible. <br> Additionally, it is essential to avoid routing RF signals in close proximity to digital signals, oscillators, power switche..."
- 15:13, 11 May 2024 diff hist +70 Main Page →Satrack
- 15:12, 11 May 2024 diff hist +12 Main Page →Satrack
- 15:11, 11 May 2024 diff hist +2 TAU1312 →Q&A
- 15:11, 11 May 2024 diff hist +2 TAU1312 →8.Resource
- 15:11, 11 May 2024 diff hist 0 TAU1312 →Labeling
- 15:11, 11 May 2024 diff hist 0 TAU1312 →7.LABELING AND ORDERING INFORMATION
- 15:10, 11 May 2024 diff hist −1 TAU1312 →6.PRODUCT PACKANG AND HANDLING
- 15:08, 11 May 2024 diff hist 0 TAU1312 →5.REFERENCE DESIGN
- 15:08, 11 May 2024 diff hist 0 TAU1312 →4.MECHANICAL SPECIFICATION
- 15:08, 11 May 2024 diff hist 0 TAU1312 →3.HARDWARE DESCRIPTION
- 15:08, 11 May 2024 diff hist +4 TAU1312 →ELECTRICAL CHARACTERISTICS
- 15:07, 11 May 2024 diff hist +24 TAU1312
- 15:06, 11 May 2024 diff hist +2 TAU1312 →Overview