Friday, July 3, 2020
Thursday, May 7, 2020
How to monitor mobile network qualities 3G, LTE, 5G
How to monitor mobile network qualities 3G, LTE, 5G WIFI and Network Monitoring, which this presentation that for drive test by network monitoring in Thailand coverage also this procedure able to use all operator DTAC, AIS, True Move , CAT Telecom.
ดีแทค, ทรู, เอไอเอส, DTAC, True, AIS, ค่ายไหนดี, โทรศัพท์, สามารถตรวจสอบสัญญาณได้ด้วยตัวเอง, พื้นที่การใช้สอย, ทุนทรัพย์, ราคา, ราคาถูก, monitor, mobile, network, qualities, 3G, LTE, 5G
Monday, April 20, 2020
Tuesday, March 17, 2020
Cambium Link Planner Design
Free Cambium Link Planner Design Tools
3 Steps Cambium Link Planner Design Tools
- Installation get Token Key and input in Path Profile Options Menu on Link Planner Software
- Create sites data, link and equipment design
- Export Bill of Materially to the spreadsheet
Adjust English soundtrack.
Tuesday, June 5, 2018
Radio Microwave Antenna NSMA Pattern
Radio Microwave Antenna NSMA Pattern
For Radio Microwave Path Calculation
This section would describe NSMA Pattern for Microwave antenna Path Calculation Software or Application like PathLoss, which able to summaries as table below.
| Field Name | Length (Char) | Head Value | Character Before Value | Guide Value |
|---|---|---|---|---|
| Revision Number | 42 | REVNUM | :, | NSMA WG16.99.050 |
| Revision Date | 16 | REVDAT | :, | 19990520 |
| Antenna Manufacturer | 42 | ANTMAN | :, | |
| Model Number | 42 | MODNUM | :, | |
| Pattern ID Number | 42 | PATNUM | :, | File Name |
| Description1 | 80 | DESCR1 | :, | |
| Description2 | 80 | DESCR2 | :, | |
| Description3 | 80 | DESCR3 | :, | |
| Description4 | 80 | DESCR4 | :, | |
| Description5 | 80 | DESCR5 | :, | |
| Date of data | 16 | DTDATA | :, | 19911219 |
| Low Frequency (MHz) | 21 | LOWFRQ | :, | |
| High Frequency (MHz) | 21 | HGHFRQ | :, | |
| Gain Units | 15 | GUNITS | :, | DBI/DBR |
| Low-band gain | 12 | LWGAIN | :, | |
| Mid-band gain | 16 | MDGAIN | :, | |
| High-band gain | 12 | HGGAIN | :, | |
| Mid-band Az Bmwdth | 16 | AZWIDT | :, | |
| Mid-band El Bmwdth | 16 | ELWIDT | :, | |
| Connector Type | 80 | CONTYP | :, | UDR84 PDR84 |
| VSWR | 13 | ATVSWR | :, | |
| Front-to-back Ratio(dB) | 10 | FRTOBA | :, | |
| Electrical Downtilt (deg) | 16 | ELTILT | :, | 0 |
| Port-to-Port Iso (dB) for dual Pole | 12 | POTOPO | :, | |
| Antenna Length (m) diameter for Parabolic | 14 | ANTLEN | :, | |
| Antenna Width (m) diameter for Parabolic | 14 | ANTWID | :, | |
| Antenna Weight (kg) | 16 | ANTWGT | :, | |
| Future Field | 80 | FIELD1 | :, | |
| Pattern Type | 16 | PATTYP | :, | ENVELOPE |
| # Pattern cuts | 11 | NUMCUT | :, | 4 |
Mention to Microwave Antenna curve in NSMA would have format as below
| Field Name | Length (Char) | Head Value | Character Before Value | Guide Value |
|---|---|---|---|---|
| Pattern Cut | 11 | PATCUT | :, | AZ |
| Polarization | 15 | POLARI | :, | H/H |
| # Data Points | 13 | NUPOIN | :, |
| X,Y do not put this value into pattern file |
| -180,-60 |
| ...,... |
| 180,-60 |
| Field Name | Length (Char) | Head Value | Character Before Value | Guide Value |
|---|---|---|---|---|
| Pattern Cut | 11 | PATCUT | :, | AZ |
| Polarization | 15 | POLARI | :, | H/V |
| # Data Points | 13 | NUPOIN | :, |
| X,Y do not put this value into pattern file |
| -180,-60 |
| ...,... |
| 180,-60 |
| Field Name | Length (Char) | Head Value | Character Before Value | Guide Value |
|---|---|---|---|---|
| Pattern Cut | 11 | PATCUT | :, | AZ |
| Polarization | 15 | POLARI | :, | V/V |
| # Data Points | 13 | NUPOIN | :, |
| X,Y do not put this value into pattern file |
| -180,-60 |
| ...,... |
| 180,-60 |
| Field Name | Length (Char) | Head Value | Character Before Value | Guide Value |
|---|---|---|---|---|
| Pattern Cut | 11 | PATCUT | :, | AZ |
| Polarization | 15 | POLARI | :, | V/H |
| # Data Points | 13 | NUPOIN | :, |
| X,Y do not put this value into pattern file |
| -180,-60 |
| ...,... |
| 180,-60 |
After finish Microwave Antenna curve in our application would show as picture below
Thursday, May 17, 2007
MCS-51 Temperature and computer control
Worthwhile micro-controller use AT89C2051 Hardware detail as below
1. Port P1.0-P1.4 connect to Relay drive ULN2003
2. P1.5-P1.7 check input signal 12VDC
3. Int0 connect to temperature sensor DS1820
4. Rx Tx connect RS232 circuit
Mention to Keil C programming code work properly detail as below
1. Port P1.0-P1.4 connect to Relay drive ULN2003
2. P1.5-P1.7 check input signal 12VDC
3. Int0 connect to temperature sensor DS1820
4. Rx Tx connect RS232 circuit
Mention to Keil C programming code work properly detail as below
Sunday, May 6, 2007
Worth-While Temperature controller concept
Temperature controller with variety application
example
- hatchery
As the picture show temperature control including
1. computer software make us able to do automatic temperature control or manual control, which software control make us minimize micro-controller hardware cost
2. Small Microcontroller with additional digital temperature sensor and water level checker assist accuracy temperature control
3. Small Application software operate in Windows ME and Linux, which make us use worth-while old computer
example
- hatchery
As the picture show temperature control including
1. computer software make us able to do automatic temperature control or manual control, which software control make us minimize micro-controller hardware cost
2. Small Microcontroller with additional digital temperature sensor and water level checker assist accuracy temperature control
3. Small Application software operate in Windows ME and Linux, which make us use worth-while old computer
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