unicorecomm UC6226NIS GNSS Positioning Chip Evaluation Kit User Guide
- June 12, 2024
- unicorecomm
Table of Contents
unicorecomm UC6226NIS GNSS Positioning Chip Evaluation Kit
Copyright© 2009-2023, Unicore Communications, Inc. Data subject to change without notice.
Revision History
| Version | Revision History | Date |
|---|---|---|
| R1.0 | First release | Apr. 2023 |
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Foreword
This document provides information of Unicore’s UC6226NIS evaluation kit (EVK). It can be used together with UPrecise_User Manual.
Target Readers
This manual is written for technicians who are familiar with GNSS chips. It is
not for general readers.
Overview
UC6226NIS evaluation kit (hereinafter referred to as EVK) is mainly used to test and evaluate the function and performance of the UC6226NIS chip for user convenience. The delivered package contains:
Table 1-1 UC6226NIS EVK Package
| Type | Contents | Number |
|---|---|---|
| Main device | UC6226NIS EVK Suite | 1 |
| Accessory | Alligator clip test leads | 2 |
| Accessory | 12V power adapter | 1 |
| Accessory | GNSS antenna – OSAnm10854G | 1 |
| Accessory | Straight through serial cable | 1 |
| Accessory | Micro-B USB cable | 1 |
EVK Introduction
The figure below shows the appearance of the UC6226NIS EVK Suite.
Interfaces & Indicator
Figure 3-1 Interfaces & Indicator on UC6226NIS EVK (Front Panel)
Figure 3-2 Interfaces & Indicator on UC6226NIS EVK (Rear Panel)
Table 3-1 Interfaces & Indicator on UC6226NIS EVK
No.
| Interface/ Indicator|
Description
---|---|---
1| DC/12V| +12V power adapter interface
2
|
USB
| Power supply and data interface: use a mobile phone communication cable to connect the EVK and a computer for power supply of + 5V and data transmission
No.
| Interface/ Indicator|
Description
---|---|---
3
|
VSEL
| Power and communication selection interface: as shown in Figure 3-3, when the jumper connects pin 2 and pin 4, the power supply is
12 V, and the communication interface is DB9-232; when the jumper connects pin 4 and pin 6, the power supply is 5 V, and you can use the USB cable for both power supply and data transmission.
4
|
Indicator
| Power / PPS indicator, which flashes when the positioning state is
effective.
5| ANT| RF signal input: this interface is connected to the antenna
6| CLK| Backup
7
|
CFG
| VCC_IO interface: control the UC6226NIS IO power on and off using the jumper
VCC_CORE interface: control the UC6226NIS core power on and off using the
jumper; it can be used to test the chip power consumption
V_BACK interface: control V_BACK power on and off using the jumper
(recommended not to move)
8| UART| Backup
(Left: +12V power supply using the adapter; right: +5V power supply using the USB cable)
Installation & Function Test
Installation
- Step 1: Make sure to take full anti-static measures, such as wearing anti-static wrist straps and grounding the workbench.
- Step 2: Select the GNSS antenna with appropriate gain (the GNSS systems and frequencies supported by the antenna should be in line with the chip), fix it in the nonblocking area, and connect the antenna to the ANT port on the EVK.
- Step 3: Connect the EVK to the PC. There are two ways to supply power and transfer data:
- If you use the USB cable, you should install the jumper on the top right-hand corner at the VSEL interface (see Figure 3-3), and connect the EVK to the PC for power supply and data transmission.
- If you use the 12 V power adapter, you should install the jumper on the top left-hand corner at the VSEL interface (see Figure 3-3), and use the straight through serial cable to transfer data.
- Step 4: Open the UPrecise software on the PC.
- Step 5: Configure the receiver through UPrecise to display the constellation view, data stream, tracking status, etc. For more information, please refer to UPrecise_User Manual.
Power Consumption Test
Taking the power consumption of VCC_CORE as an example, when the EVK is
powered off, remove the jumper on the VCC_CORE interface (as shown in Figure
3-4), and use two alligator clip test leads; connect one end of the leads to
the tested pins and the other end to a multimeter. Adjust the multimeter to
the current mode, and set the gear to “A”. Power on the EVK, and check the
test current of the ammeter after normal positioning, and the value of 3.3V *
test value is the chip’s core power consumption. Use similar method to test
the power consumption of VCC_IO and V_BACK respectively.
Notes
When using the USB cable for power supply and communication, there may be a
serial port mouse conflict. At this time, the serial enumerator needs to be
removed from the serial port settings, as shown below:
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References
- 和芯星通北斗导航芯片-北斗导航模块北斗高精度定位板卡国内外领先的芯片、OEM板卡和产品解决方案提供商
- 和芯星通北斗导航芯片-北斗导航模块北斗高精度定位板卡国内外领先的芯片、OEM板卡和产品解决方案提供商
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