Related Manuals for Caen RFID Hardon mini R1271C
Summary of Contents for Caen RFID Hardon mini R1271C
- Page 1 TECHNICAL INFORMATION MANUAL Revision 01 – 8 July 2020 Hadron R1271C mini High Performance 1-port Embedded Reader...
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Page 2: Scope Of Manual
The information contained herein has been carefully checked and is believed to be accurate; however, no responsibility is assumed for inaccuracies. CAEN RFID reserves the right to modify its products specifications without giving any notice; for up to date information please visit www.caenrfid.com. - Page 3 The authority to operate this product is conditioned by the requirements that no modifications be made to the equipment unless the changes or modifications are expressly approved by CAEN RFID. Disposal of the product Do not dispose the product in municipal or household waste.
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Page 4: Table Of Contents
Index Scope of Manual ....................................2 Change Document Record ................................2 Reference Document ..................................2 Index ..........................................4 List of Figures ....................................... 5 List of Tables ........................................ 5 INTRODUCTION....................................6 Product Description ..................................6 Development Kit ....................................8 Ordering Options ....................................9 TECHNICAL SPECIFICATIONS .............................. -
Page 5: List Of Figures
Product Labeling ................................35 Product Manuals................................. 36 US Requirements ................................36 Antenna Requirements ..............................36 Maximum Power Exposure (MPE) and Usage Limitations ..................37 CE Compliance ....................................37 RoHS EU Directive ................................... 37 Hadron R1271C CE Declaration of Conformity ........................38 mini Hadron R1271C FCC Grant ............................... -
Page 6: Introduction
1 INTRODUCTION Product Description © The Hadron (Model R1271C), an embedded reader of the easy2read product line, is an ultra compact mini reader for low power, high performance RAIN RFID applications. With programmable output power from 10dBm to 27dBm, the reader can detect tags at more than 3 mt of distance (depending on antenna and tag dimensions). -
Page 7: Fig. 1.2: Hadron
The Mod. R1271EVB – R1271C Hadron Evaluation Board allows managing the Hadron R1271C reader directly via mini mini USB and RS232 interfaces. This board is particularly suited for Hadron R1271C reader reader evaluation and SW mini development purpose. Fig. 1.2: Hadron R1271CEVB with Evaluation Board mini INTRODUCTION - Hadron... -
Page 8: Development Kit
Development Kit A development accessories kit is available: The kit includes: n. 1 WR1271CXEVBX R1271C - Hadron - Evaluation Board mini n.1 Circular Polarized Quadrifilar Antenna SMA (ETSI or FCC) n. 1 Set of Labels n. 1 RT0012 - Dual frequency NFC/UHF temperature logger ... -
Page 9: Ordering Options
Ordering Options Code Description R1271C Hadron – High-Performance 1-port Embedded mini WR1271CXEAAA RAIN RFID Reader ETSI Reader R1271C Hadron – High-Performance 1-port Embedded mini WR1271CXUAAA RAIN RFID Reader FCC Hadron - ETSI Dev Kit with antenna, interface, power mini WR1271CXDKEU supply and tags (reader not included) Development kit Hadron... -
Page 10: Technical Specifications
2 TECHNICAL SPECIFICATIONS Technical Specifications Table 865.600÷867.600 MHz (ETSI EN 302 208 v3.1.1) Frequency Range 902÷928 MHz (FCC part 15.247) Configurable from 10 dBm to 27 dBm (from 10 mW to 500 mW) RF Power conducted power 75dBm – 1%PER, assuming 15 dB antenna RL @ 27 dBm output RX Sensitivity 80dBm –... -
Page 11: Key Features
Key Features RAIN RFID (UHF EPC Class1 Gen2, ISO 18000-63) compliant ETSI and FCC versions available Ultra compact size Up to 27 dBm (500mW) output power -75 dBm Rx sensitivity, assuming 15 dB antenna return loss ... -
Page 12: Hardware Interface
3 HARDWARE INTERFACE Introduction An example Hadron R1271C system-level block diagram for an embedded system is shown in Fig. 3.1: mini Hadronmini R1271C - Example of Block Diagram. This figure shows the electrical connections that may and must be made to control the Hadron R1271C. -
Page 13: Power Supply
WKUP provides a mechanism to wake up the Hadron R1271C from the low power Sleep mode. mini WKUP is also used to force entry into the CAEN RFID firmware bootstrap. If unused, this pin should be tied to logic low. •... -
Page 14: Health And Status Pins
The NRST pin is pulled high (3.3 V) by an internal 10 kΩ nominal resistor. To reset the part, drive the pin strong low for at least the minimum reset pulse width as specified in § Device Input and Output Specifications paragraph page 20 (approximately 25 μs). -
Page 15: Health Pin Behavior
Health Pin Behavior The HEALTH pin indicates whether the Hadron R1271C is operating in its normal mode, or if some other mini condition exists. The pin is cycled high and low in specific patterns to indicate the state of the Hadron mini R1271C. -
Page 16: Wakeup Pin
Idle mode after a Sleep wakeup, so it should only be pulsed high to wake up the part. The WKUP pin is also used to force the part into the CAEN RFID bootstrap. The pin is polled at startup, and while it remains high, the device stays in the bootstrap. -
Page 17: Electrical Specifications
Pin# Pin Name Pin Type Description RF antenna port Power Ground SW_CLK No Connect Reserved SW_DIO No Connect Reserved Power Ground No Connect Leave floating or drive to ground, resistively or strong UART1-RX Digital Input R1271C UART Rx (Receive) from host UART1-TX Digital Output R1271C UART Tx (Transmit) to host... -
Page 18: Operating Conditions
Operating Conditions This section describes operating voltage, frequency, and temperature specifications for the Hadron mini R1271C during operation. Parameter Min. Max. Unit Conditions Supply 5.25 VDC_IN relative to GND Temperature ºC Ambient Temperature FCC part 15.247 (Mod. WR1271CXUAAA) Frequency 865.6 867.6 ETSI EN 302 208 v3.1.1 (Mod. -
Page 19: Uhf Gen 2 Rfid Radio Specifications
UHF Gen 2 RFID Radio Specifications Parameter Min. Typ. Max. Unit Conditions See § Tab. 2.1: Hadronmini R1271C Technical Frequency Specifications page 10 865.6 867.6 Input impedance Ω Input match 1% PER, assuming 15 dB antenna RL at 27 dBm Rx sensitivity output 1% PER, assuming 20 dB antenna RL at 27 dBm... -
Page 20: Device Input And Output Specifications
Device Input and Output Specifications Parameter Min. Typ. Max. Unit Conditions nRST -0.3 Hysteresis voltage Internal pull-up resistor kΩ Reset pulse width μs WKUP -0.3 Hysteresis voltage Internal pull-down resistor kΩ Digital inputs -0.3 Hysteresis voltage Pull-up and pull-down resistor kΩ... -
Page 21: Epc Class-1 Generation-2 Operation
Output voltage range ±2 ±4 Offset ±10 Gain error ±0.5 Settling time μsec CLOAD < 50 pF & RLOAD > 5 kΩ Tab. 3.11: Analog Interface Specification EPC Class-1 Generation-2 Operation Supported RF modes The R1271C Hadron supports the following RF modes: mini Key Value Description... -
Page 22: Epc Class-1 Generation-2 Functionality
EPC Class-1 Generation-2 Functionality The following table shows the main EPC C1G2 functionalities of the R1271C Hadron reader: mini Parameter Description Select Support for 2 Select commands Inventory FastID, TagFocus, Tag Population Estimate, Select, Session, and Target Access Read, Write, Lock, Kill, BlockPermalock, and QT Tab. -
Page 23: Layout And Components
4 LAYOUT AND COMPONENTS Introduction This section describes hardware aspects of embedded RAIN RFID readers based on the Hadron R1271C. mini PCB Layout for RF 50 Ohm Characteristic Impedance As discussed in paragraph RF Connection page 13, a properly matched RF connection is critical to achieving high performance with Hadron R1271C. -
Page 24: Package And Assembly Information
In most PCB designs, many of the parameters of the PCB are already set, such as dielectric thickness and constant, trace conductivity and weight, etc. Usually the only variables that can be easily modified are the style of transmission line, and its dimensions. The most common, and recommended PCB transmission line scheme is to use a microstrip on the top or bottom layer of the PCB, with a ground plane on the layer immediately adjacent as a return path. -
Page 25: Pcb Footprint
PCB Footprint Recommended footprint copper and pastemask dimensions are shown in the following : Fig. 4.3: Recommended Etched Copper Footprint – All Pads SMT Reflow Information The solder manufacturer’s recommended reflow profile is shown in the following figure: Fig. 4.4: Recommended Solder Reflow Profile for the Hadron R1271C mini LAYOUT AND COMPONENTS- Hadron... -
Page 26: Moisture Sensitive Level 3 (Msl 3)
A. During PCB Assembly Devices are baked and dry-packed before shipment from CAEN RFID. The packing uses a Moisture Barrier Bag (MBB). A Humidity Indicator Card (HIC) and drying desiccant are included inside the MBB. A MSL 3 label is attached to caution that the bag contains moisture sensitive devices. -
Page 27: Operating Modes
5 OPERATING MODES Introduction Hadron R1271C has five operating modes and a startup mode. The transitions between these modes are mini shown in Fig. 5.1: Operating Mode State Diagram. Transitions are shown in two categories: IRI activity and non-IRI activity. IRI activity shows transitions that are caused by commands communicated over IRI. Non-IRI activity shows transitions that are caused by inputs to the part such as WKUP, NRST, and GPIOs, and power supply conditions such as power supply ramps. -
Page 28: Startup Behavior
R1271C firmware in the device via IRI communication. It stays in this operating mode as long as mini the WKUP pin is held high, which allows a host to communicate with the CAEN RFID Bootstrap via IRI. When the WKUP pin goes low, firmware execution transitions to the Idle operating mode. -
Page 29: Iri Interface
6 IRI INTERFACE The Hadron R1271C uses IRI to enable communications; this is enabled with the IRI Tool Kit. The IRI Tool mini Kit includes documentation, IRI API, and sample C code. The IRI Tool Kit is intended to enable a broad set of host platforms due to its ease of use and portability. -
Page 30: Development Kit
7 DEVELOPMENT KIT Introduction The Hadron R1271C Development Kit enables quick evaluation and development with Hadron mini mini R1271C. It provides an easy way to communicate with the Hadron R1271C via USB-UART or an arbitrary mini UART host, and provides easy access to the inputs and outputs of the device. This section provides details on how to use the main component of the development kit, the Hadron R1271C development board. -
Page 31: Hadron Mini R1271C Development Board Key Components
Hadron R1271C Development Board Key Components mini The Hadron R1271C development board is designed to allow easy development of Hadron R1271C mini mini applications using a PC or other hosts capable of generating IRI traffic over UART. It includes a number of integrated circuit components and connectors to allow connection to USB or UART hosts, or other development kits or customer hardware. -
Page 32: Connector Descriptions
Connector Descriptions J4 is the host USB micro connector. It allows a PC host to connect to the UART communication ports of the Hadron R1271C module via the USB-UART IC U4. It can also be used to provide power to the board, but mini note that most PC USB hosts cannot provide the ~1.5 amperes required to power the module during RFID operation. -
Page 33: Development Board Schematic
The FTDI driver has a configurable latency for communication. Reducing this latency provides more responsiveness. The latency should be reduced to 1 ms for ideal performance. In Windows, this latency can be changed by the following process: Open the Windows Device Manager ... -
Page 34: Development Board Layout
Development Board Layout The layout shows the physical construction of the Hadron R1271C development board. The top and mini bottom layers are shown in Fig. 7.4: Development Board Front and Backside(flipped) Layout. The layout can be downloaded from the Hadronmini R1271C web page (Hadron R1271C Technical drawing). -
Page 35: Regulatory Compliance
8 REGULATORY COMPLIANCE FCC Compliance Regulatory Guidelines The Hadron R1271C (Model Number WR1271CXUAAA) is approved for modular certification by FCC mini under the following ID number: FCC ID: UVECAENRFID031 Modular approval allows installation in different end-use products by an original equipment manufacturer (OEM) with limited or no additional testing or equipment authorization for the transmitter function provided by the Hadron R1271C. -
Page 36: Product Manuals
The finished product manual must contain the following statement: WARNING: The Federal Communications Commission warns that changes or modifications of the radio module within this device not expressly approved by CAEN RFID, could void the user’s authority to operate the equipment. -
Page 37: Maximum Power Exposure (Mpe) And Usage Limitations
RF I/O interface to the antenna connector on the PCB shall be accomplished via a microstrip or stripline transmission line with characteristic impedance of 50 ohms +/- 10%. A custom coaxial pigtail may also be utilized to connect to the antenna in lieu of a connector. ... -
Page 38: Hadron Mini R1271C Ce Declaration Of Conformity
Hadron R1271C mini CE DECLARATION OF CONFORMITY Hadron R1271C CE Declaration of Conformity mini CAEN RFID Srl Via Vetraia, 11 55049 Viareggio (LU) Italy Tel.: +39.0584.388.398 Fax: +39.0584.388.959 Mail: info@caenrfid.com Web site: www.caenrfid.com herewith declare under our own responsibility that the product:... -
Page 39: Hadron Mini R1271C Fcc Grant
Hadron R1271C mini FCC GRANT Hadron R1271C FCC Grant mini...
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