TBS TANGO 2 - MODULE BAY ADD-ON

TBS TANGO 2 - MODULE BAY ADD-ON

CROSSOVER RX XR602T-S(SFHSS Futaba) SBUS/FPORT/RSSI/Full-range/D-ANT MicroFPVRX

CROSSOVER RX XR602T-S(SFHSS Futaba) SBUS/FPORT/RSSI/Full-range/D-ANT MicroFPVRX

CROSSOVER RX XR602T-D(DSMX/2 SPEKTRUM) SBUS/FPORT/RSSI/Full-RFPower/TELEM/D-ANT MicroFPVRX

XR602T-D is totally new designed receiver supports telemetry, which has a multifunctional UART port(DMA operation) for double and two-way communication, it can outpu SBUS and FPORT signal at the same time, also support RSSI output and online firmware updating. It is 100% compatible with DSMX/2

₹2,398.30

* Price is inclusive of 18% GST

Availability: Out of stock
Out of stock
SKU
3401

XR602T-XR602T-D-图片23

XR602T-D is totally new designed receiver supports telemetry, which has a multifunctional UART port(DMA operation) for double and two-way communication, it can outpu SBUS and FPORT signal at the same time, also support RSSI output and online firmware updating. It is 100% compatible with DSMX/2.

PRODUCT SPECIFICATIONS

Type: CROSSOVER RX XR602T-D(DSMX/2) SBUS/FPORT/RSSI/TELEM MicroFPVRX

Modulation: Compatible SPEKTRUM DSMX/2

Num of Channels: 14CH

Size: 11*17*3mm (without antenna)

RC Data output: SBUS(REV) & FPORT(NOR)

Supports Telemetry;

Telem RF Power: 20dBm;

Supports digital RSSI output;

Variable RF Link;

High speed(11ms);

Online Firmware updating;

Supports RX working temperature measurement;

IPEX4 antenna plug;

Diversity Antenna;

Weight: 0.8g

Voltage: 5.0V

Effective distance: >2500m

Antenna Length:60mm(Default) or 160mm

 

 

Connection Diagram(Choose SBUS or FPORT):

XR602T-XR602T-D-图片24

How to Bind:

  1. Power ON receiver;
  2. Push bind button 2s, then unloose (slow flashing LED turns to fast blinking);
  3. Bind to Radio(according to your radio manual)-Done(red LED constant bright)!

 

Telem Function(IX12):

XR602T-XR602T-D-图片25XR602T-XR602T-D-图片26

XR602T-XR602T-D-图片27XR602T-XR602T-D-图片28

 

Variable RF Link technology:

Variable RF Link technology:  When the receiver is too close to radio(remote control), normally RF signal will be blocked and meanwhile lose control happens, Variable RF Link is born for solving the problem! As soon as Variable RF Link finds that the receiver is coming close to radio, it will adjust LNA gain and PA output power lower to avoid short distance control failure automatically;  When Variable RF Link detects that the receiver is going far away from radio, it will adjust LNA gain and PA output power higher to increase RX’s working range automatically.

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Type Receivers