Table of Contents
Advertisement
Quick Links
Advertisement
Table of Contents
Related Manuals for Lierda NB05-01
Summary of Contents for Lierda NB05-01
- Page 1 NB05-01Module Manual ...
- Page 2 Record of Revision Product name NB-IoT Module(LTE) Product Model NB05-01 Compiled Date of Compiling 20170405 Revised Checked Revision Revision Log Version Date Shen V1.0.1704 Text Document Mark Weifeng 第 页 共 17 页 ...
-
Page 3: Table Of Contents
Contents 1. Overview............................. 4 2. The introduction of the Module ....................... 4 3. The Main Features.......................... 4 4. Functional Diagram ........................... 5 5. Functions ............................. 5 5.1 Overview .......................... 5 6. Pin definition............................ 6 6.1 ... -
Page 4: Overview
This article can help you quickly understand the standard of module interface, as well as the electrical and mechanical characteristics. Combined with other relevant documents, you can quickly learn how to use the NB-IoT module. This document NBXX-01 on behalf of NB05-01, NB08-01 collectively referred to these two models. 2. The introduction of the Module The purpose of the NBXX-01 module is to use the NB-IoT broadcast protocol (3GPP NB-IoT Rel-13) with mobile network operator communications infrastructure equipment. -
Page 5: Functional Diagram
4. Functional Diagram The block diagram below shows the main features of the NBXX-01: radio frequency, power management, peripheral interface. Figure 1 Module feature Illustration 5. Functions 5.1 Overview The NB-IoT Module has 42 SMT pins in total, this chapter below will give more information: Power Supply Gate-Limit Interface UART Interface... -
Page 6: Pin Definition
6. Pin definition Figure 2 NBXX-01 Module Pins Illustration 6.1 Description of pins The definition and description of Module NBXX-01`s pins is below: Pin description： Power Supply pins： Name Number Attribute Description DC characteristics Remarks VBAT 39,40 Main Power Vmax=4.2V Module Vmin=3.1V... - Page 7 SWD Interface SWD_IO Serial line VOLmax=0.4V This interface is data signal VOHmin=2.4V designed to firmware VILmin=-0.3V programming. Using VILmax=0.6V this interface to VIHmin=2.1V program firmware will VIHmax=3.3V reset the IEMI No. It requires UART SWD_CLK Serial line VOLmax=0.4V Update Program to clock signal VOHmin=2.4V protect IMEI No.
-
Page 8: Operating Mode
VIHmax=3.3V DBG_TXD Send data. VOLmax=0.4V If not Active yet. Keep VOHmin=2.4V clear. USIM Interface USIM_VDD Provide power Vnorm=3.0V All signals go through supply for USIM Interface should USIM Card be ESD protected by TSD diode. USIM_RST USIM Reset VOLmax=0.4V terminal VOHmin=2.4V USIM_DAT... - Page 9 3 Power r supply & powe er saving g techno ology e NBXX-01 m module's pow wer supply r range is 3.1 V to 4.2 V, m making sure e that the inp put voltage s not drop b below 3.1V.
- Page 10 resp ponse mess age back to o the configu uration of the e T3324 num merical timer r module, an nd start up time er. When the e T3324 time er expires, m module will e enter the PS M.
-
Page 11: Uart Joggle
Figure 6 R eset circuit (left MCU I O driver, rig ght button d driver) 4 UART Joggle e NBXX-01 m module has two UART p ports: main p port and deb bug port. n communic cation port: D: send the d data and link k to the bott tom MCU... - Page 12 dule (DCE) C (DTE) Main port rial port DBG TXD DBG RXD Figu re 8 Debugg ging serial c circuit referen nce design Seri ial port appl ication desig gn: the desig gn of 3.3V s system is as follows: Moth herboard...
- Page 13 Ensure that t the ground d connection n between t the module and USIM c card slot is short and wide e. The width h of the grou nd wire is n o less than 0.5mm, so a as to mainta ain the same e potential.
-
Page 14: Rf Output Power
Figure 12 Referen nce design o of network i indicator lam 8 RF C Circuit D Design RF c circuit desig gn reference e is as follow Figure e 13 RF Cir rcuit Design e NBXX-01 m module prov ides an ante enna connec cted with the... -
Page 15: Antenna Requirements
RF Sensitivity Frequency Sensitivity 900MHz -128dBm 850MHz -128dBm Service Frequency Frequency Receiving Frequency Transmitting Frequency 900MHz 925~960MHz 880~915MHz 850MHz 869~894MHz 824~849MHz 6.10 Antenna Requirements NB-IoT antenna requirements shows in the following table: Parameter Type Requirement Frequency Range 824-960MHz VSWR ≤2 Gain（dBi）... -
Page 16: Appearance And Structure
9. Contact Us Company Address:Lierda IOT Technology Park, Wenyi West Road No. 1326, Hangzhou Contact Number:0571-88800000; Contact Email:NBIoT_support@lierda.com Official Website:Http://www.lierda.com The NB05-01 module is designed to comply with FCC statement.FCC ID is 2AOFDNB05-01. 第 页 共 17 页 ... - Page 17 FCC RF Exposure Requirements This device complies with FCC RF radiation exposure limits set forth for an uncontrolled environment. The antenna(s) used for this transmitter must not be co‐located or operating in conjunction with any other antenna or transmitter and must be installed to provide a separation distance of at least 20cm from all persons. FCC Regulations This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. This device has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. ...
Need help?
Do you have a question about the NB05-01 and is the answer not in the manual?
Questions and answers