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mini UHF PR9200 module

  • mini UHF PR9200 module
  • mini UHF PR9200 module
  • mini UHF PR9200 module
  • mini UHF PR9200 module
mini UHF PR9200 modulemini UHF PR9200 modulemini UHF PR9200 modulemini UHF PR9200 module

mini UHF PR9200 module

  • Model :TS-310M
  • Chip:PR9200
  • Protocol:ISO18000-6C and 6B
  • Product description: mini rfid UHF PR9200 module
  • INQUIRY

Introduction


TS-310M is a high performance based on PHY Chips PR9200

*PHY Chips PR9200 inside with outstanding performance and cost-effective.

*2Read distance with 3m above. (Tested with Impinj E41b inlay and 2dbi Antenna)

*Stable performance with less affected by rising temperature.

*Super low power consumption; no additional cooling devices required.

*Good consistency in terms of RF parameters.

*Simple peripheral circuit design(refer to 4-1: circuit design reference)

*Full compatible with different communication interfaces of INDY R2000 series products.


Key Features:


Phychip PR9200 Inside

Excellent Consistency

PR9200 has an outstanding performance with a low cost.

A model of design consistency.

Every indicators are calibrated rigorously, ensure consistency.

Excellent Performance of Reading Tags

Completely Solve the Problem of Heat

Identifying Tags sensitively and stably.

Stable read distance is 2-3m with Microstrip ceramics antenna.

8dBi Circular Polarization Planar Antenna: >10m.

12dBi Linear polarization antenna: >15m.

Performance of multi-tags identification: >50pcs.

Read rate: >50pcs/s.

Dont need any cooling devices.

No heat during long-term continuous full load working at room temperature.

Continuous Current <200mA @26 dBm Output (3.5V Power Supply).

Peak pulse current <260mA @26 dBm Output (3.5V Power Supply).

Excellent Stability

Simple and Efficient Interface

24 hours X 365 days continuous working without Crash.

Less influence by shell, electromagnetic environment, etc.

Wide temperature design. Temperature Coefficient is very low.

Communication interface is compatible with our INDY R2000 series.

Peripheral circuits are very simple, single power, dont need to connect Ta

capacitor externally (See figure 1: Circuit Design Reference).

Supports Two Installation Methods

Supports RF connector + FPC connector installation method.

Supports Surface Mount Solder.




Specifications


Electrical Characteristics

Operating Temp

-20°C to 70°C

Storage Temp

-20°C to 85°C

Humidity

95%(+25°C)

Parameter

Protocol

ISO 18000-6C(EPC gen2)

ISO 18000-6B

Frequency Range

902MHz~928MHz or 865MHz~868MHz or customize others frequency according to your needs

Working Voltage

DC 3.5V – 5 V

Standby current

<80mA (EN high level)

Sleep Current

<100uA (EN low level)

Operating Current

180mA @ 3.5V (26 dBm Output25°C )

110mA @ 3.5V (18 dBm Output25°C )

Starting Time

<80mS

Output Power

0-26dbm

Output Power Precision

+/- 1dB

Output Power Flatness

+/- 0.2dB

RF connector

I-PEX

Receive Sensitivity

< -70dBm

Peak Inventory Speed

>50 tags/sec

Tag Buffer Capacity

200 tags @ 96 bit EPC

Tag RSSI

Supported

Host Communication

TTL Uart port

Wiegand 26

Wiegand 34

GPIO

2 input 2 output (3.3V TTL Level)

Max Baud Rate

115200 bps (Default and Recommended)

38400bps

Heat Dissipation

Air cooling (Don’t need external Heatsink).

Working Regions

US, Canada and other regions following U.S. FCC

Europe and other regions following ETSI EN 302 208 with & without LBT regulations

Mainland China

Japan

Korea

Malaysia

Taiwan



PIN Assignment of connector(Connector Mode)



PIN

Interface

Description

1

VCC

Power Supply DC 3.5V-5V

2

VCC

3

GND

Grounding

4

GND

5

EN

High level enable

6

Reserved

Reserved

7

Reserved

Reserved

8

GND

Grounding

9

GND

10

GPIO1

Input IO1

11

GPIO2

Input IO2

12

GND

Grounding

13

GND

14

485 Direction

485 Data direction control

15

Reserved

Reserved

16

RXD

UART RXD

17

TXD

UART TXD

18

Beeper

Buzzer control, need external buffer

19

GPIO3

Output IO3

20

GPIO4

Output IO4