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FS-SR8C

接收机  Receiver

http://www.flysky-cn.com

Copyright ©2022 Flysky Technology co., ltd

  

产品型号:FS-SR8C

适配发射机:ANT 协议发射机(如 FS-ST8)

适合机种:固定翼、三角翼、滑翔机或机器人等

通道个数:8

无线频率:2.4GHz ISM

发射功率:小于 20dBm

无线标准:ANT

通道分辨率:4096 级

天线类型:双天线 (ipex4)

遥控距离:> 800 米 ( 空旷无干扰空中距离 )

输入电源:3.5~9V/DC

工作电流:70mA/5V

输出数据:PWM/PPM/i-BUS/S.BUS

在线更新:支持

温度范围:-10℃ ~ +60℃

湿度范围:20% ~ 95%

外形尺寸:

22*15*3mm(不含插针和天线)

机身重量:

1g(不含插针和天线)

                       2g(含 4*3Pin 插针和双天线)

认证:CE,FCC ID: 2A2UNSR8C00

FS-SR8C 是一款采用 ANT 协议支持 8 个 PWM 通道信号输出

的微型接收机。它具有扣式双天线,支持双向传输和回传功

能,设计小巧,可适配多种模型使用。本款接收机还提供了

DIY 配件,以满足不同的需求。

产品介绍

 

Introduction

接收机概览

 

Overview

产品规格

 

Specifications

[1] CH1 通道接口 /PPM

[2] CH3 通道接口

[3] 天线

[4] CH7 通道接口

[5] CH5 通道接口 

[6] LED 灯

[7] CH6 通道接口

[8] CH8 通道接口

[9] BVD 线焊点 

[10]SENS 信号端焊点

[11] SERVO/S.BUS 信号端焊点

[12] CH2 通道接口

[13] CH4 通道接口

[14] S( 信号端)

[15] +( 电源正极 )

[1] CH1/PPM

[2] CH3

[3] Antennas

[4] CH7

[5] CH5

[6] LED 

[7] CH6

[8] CH8

[9] BVD cable welding point

[10] SENS signal welding joint

[11] SERVO signal welding joint

[12]CH2

[13] CH4[14] Signal pin

[15] + (Power anode)

[16]  - (Power cathode)

Product Name: 

FS-SR8C

Compatible Transmitters: 

Adapts transmitters with ANT protocol, such as FS-ST8 

Compatible Models:

 Fixed-wing aircraft, delta-wing airplanes, gliders, or robots 

Numbers of Channel: 

8

RF: 

2.4GHz ISM

Maximum Power: 

< 20dBm (e.i.r.p.) (EU)

2.4G Protocol: 

ANT

Resolution: 

4096

Antenna: 

Two antennas  (ipex4)

Distance: 

> 800m (Air distance without interference)

Input Power: 

3.5~9V/DC

Working Current: 

70mA/5V

Data Output: 

PWM/PPM/i-BUS/S.BUS

Online Update: 

Yes

Temperature Range: 

-10℃ ~ +60℃

Humidity Limit:

 20% ~ 95%

Dimensions: 

22*15*3mm (Excluding pins and antennas)

Weight:  

1g (Excluding pins and antennas)

                 2g (Including 4*3 pins and two antennas)

Certifications: 

CE, FCC ID: 

2A2UNSR8C00

对码

 

Binding

FS-SR8C is a mini receiver in compliance with the ANT protocol, supporting the 

output of 8 PWM channels signals.It has two buckle-type antennas, supporting bi-

directional transmission and transfer-back function. Featuring the compact design, 

FS-SR8C can be adapted for a variety of models. DIY accessories are available for 

the receiver, to meet user different needs.

[17]

[18]

[19]

[16] - ( 电源负极)

[17] 焊接头

[18] BVD 线

[19]  接电池正极

[17]  Welding joint

[18] BVD cable

[19] Connect to 

battery anode

DIY 配件介绍

BVD 检测线

当需要使用 BVD 功能检测电压时,先将 BVD 线的焊接头端(左图 [17] 位置 ) 焊接到接收

机的 BVD 焊点处(左图 [9] 位置) , 即可使用 BVD 功能检测电压。

注:

1.  使用 BVD 功能时,需要将检测的电池负极与接收机电源负极(左图 [16] 位置)相连;

2.  BVD 电压检测范围: 0~70V 。

两组通道接口插针(对应通道 5、6、7 和 8)

当需要使用 4 个以上通道时,将相应的插针焊接到接收

机预留的通道位置处即可。

注:SENS 信号端焊点或 SERVO/S.BUS 信号端焊点:当需要使用 i-BUS 传感器或通过 i-BUS 总线信号扩展

通道时,先将信号线焊接到接收机预留的位置处

[10]

,再将电源线分别连接接收机电源正负极(左图 [15]

和 [16] 位置)。

请注意焊接完毕后,用新的热缩套管套住电路板,以防止使用过程中接触金属而造成短路!

本款接收机上电即自动进入对码状态,即每次上电后,接收机等待 1 秒,若与发射机没有建立连接,即进入对码状态,若接收机进入对码状态 10S

内未与发射机对码成功,则退出对码状态。如之前与发射机成功对码(建立连接),则退出对码状态后,继续等待与已对码的发射机建立连接。

•  当本接收机与发射机完成对码使用时,请先打开发射机再打开接收机,若先打开接收机,此时若有同类发射机处于对码状态,则可能会被错误对码,

请小心避开!

[3] 

[6] 

[2] 

[1] 

[4] 

[5] 

[9] 

[10] 

[11] 

[12] 

[13] 

[7] 

[8] 

[14] 
[15] 

[16] 

DIY accessories

BVD cable

: When you need to use the BVD function to detect voltage, first weld the BVD cable welding 

joint end (in the left figure [17] ) to the receiver's BVD welding point (in the left figure [9] ). Then you can 

use the BVD function to detect voltage.

Notes:

1.  When using the BVD function, connect the negative terminal of the detected battery to the receiver's power 

cathode (in the left figure [16]) .

2.  BVD voltage detection range: 0 – 70 V.

Two sets of channel interface pins (corresponding to channels 5, 6, 7 and 8)

When more than 

4 channels need to be used, the corresponding pins can be welded to the reserved channel of the 

receiver.

Note:When it is necessary to use i-BUS sensors or extend channels through i-BUS bus, weld the signal wire to 

the reserved position in the receiver [10], and then connect the power cables to the anode and cathode on the 

receiver respectively [15] and [16] shown in the left figure.

It should be noted that you use a new heat-shrinkable sleeve to cover the circuit board to prevent 

from contacting with metal, so as to avoid a short circuit !

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