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. |
◆Don’t 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, don’t 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 Output,25°C )。 110mA @ 3.5V (18 dBm Output,25°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 |
Contact: Linda Chen
Phone: 18688748819
Tel: 0755-27575241
Email: sales@taseirfid.com
Add: C303,HuaChuangDa Cultural&Science Industry Park,HaiHui Road,Bao'An District 49,ShenZhen,China