This is a S-bus decoder from an open source project: http://rc-master.ucoz.ru/publ/19-1-0-105 You need to download configuration tool here: https://github.com/mactep8/SBus_Decoder/blob/master/SBUSDecoderCFG.exe With the software tool and applying a jumper as well as a USB-to-TTL serial converter you can map the channels to PPM or PWM outputs. It is equipped with 16 output ports so you can use 16 PWM outputs at the same time. This is unique compared to other decoders which usually have 8 physical outputs. The PWM output is limited to 1105 ~1905ms which is not the full range. This is probably intentional to allow for trims. It comes in a black sleeve which has all the signal legends printed.

This is a S-bus decoder from an open source project: http://rc-master.ucoz.ru/publ/19-1-0-105 You need to download configuration tool here: https://github.com/mactep8/SBus_Decoder/blob/master/SBUSDecoderCFG.exe With the software tool and applying a jumper as well as a USB-to-TTL serial converter you can map the channels to PPM or PWM outputs. It is equipped with 16 output ports so you can use 16 PWM outputs at the same time. This is unique compared to other decoders which usually have 8 physical outputs. The PWM output is limited to 1105 ~1905ms which is not the full range. This is probably intentional to allow for trims. It comes in a black sleeve which has all the signal legends printed.

This is a S-bus decoder from an open source project: http://rc-master.ucoz.ru/publ/19-1-0-105 You need to download configuration tool here: https://github.com/mactep8/SBus_Decoder/blob/master/SBUSDecoderCFG.exe With the software tool and applying a jumper as well as a USB-to-TTL serial converter you can map the channels to PPM or PWM outputs. It is equipped with 16 output ports so you can use 16 PWM outputs at the same time. This is unique compared to other decoders which usually have 8 physical outputs. The PWM output is limited to 1105 ~1905ms which is not the full range. This is probably intentional to allow for trims. It comes in a black sleeve which has all the signal legends printed.

This is copy of http://www.parkflyer.ru/ru/blogs/view_entry/3150/ and http://www.parkflyer.ru/ru/blogs/view_entry/7912/ But we need manual. I need pinout to connect this to PC

This is copy of http://www.parkflyer.ru/ru/blogs/view_entry/3150/ and http://www.parkflyer.ru/ru/blogs/view_entry/7912/ But we need manual. I need pinout to connect this to PC

This is copy of http://www.parkflyer.ru/ru/blogs/view_entry/3150/ and http://www.parkflyer.ru/ru/blogs/view_entry/7912/ But we need manual. I need pinout to connect this to PC

FlySkyのFS-I6Xには10チャンネルがあり、全部使いたいです。 これは FlySky レシーバでも完全に動作する Sbus デコーダです

On my FlySky FS-I6X I have 10 Channels and I want to use them all. This is Sbus decoder works perfectly with the FlySky receivers as well

FlySkyのFS-I6Xには10チャンネルがあり、全部使いたいです。 これは FlySky レシーバでも完全に動作する Sbus デコーダです

Flysky X6B と Flysky FS-i6X の組み合わせで完璧に動作します

Works perfectly in combination with the Flysky X6B and the Flysky FS-i6X

Flysky X6B と Flysky FS-i6X の組み合わせで完璧に動作します

双葉 12 とうまくいきました!!

works good with futaba 12 !!

双葉 12 とうまくいきました!!

Una herramienta muy útil para proyectos

Una herramienta muy útil para proyectos

Una herramienta muy útil para proyectos

By deafult the 1st bank of 8 channels are PPM whilst the rest are PWM. One can configure the channel mapings by a software downloadable from the developer's wesbite. Not recommended to novice users who expect zero configuration. See the Questions section for details.

By deafult the 1st bank of 8 channels are PPM whilst the rest are PWM. One can configure the channel mapings by a software downloadable from the developer's wesbite. Not recommended to novice users who expect zero configuration. See the Questions section for details.

By deafult the 1st bank of 8 channels are PPM whilst the rest are PWM. One can configure the channel mapings by a software downloadable from the developer's wesbite. Not recommended to novice users who expect zero configuration. See the Questions section for details.

Very nice appearance, black plastic cover. The unit is layed out with two banks of 8 pwm connectors, one at each end. They are labelled 1-8 and 9-16. It also has an SBUS input, and program enable jumper position and RX & TX for connection to a USB-FTDI adapter. It came pre-configured to output PWM on all 16 outputs, channels 1 to 16 as labelled. So for most people, no configuration would be required. It also apparently alternatively supports two PPM outputs of (I think) 8 channels each - hence the two banks. The software appears to support up to 16 channels per bank, and has two timing options for the PPM setting. I don't know if that's possible but if so, you could have 16 channels on one PPM connection. As per the labelling on the case, the two PPM connections connect at PPM1 (CH2), and PPM2 (CH10). This can be enabled and configured using the software. The to FTDI RX & TX connections are labelled on the case as "TO PC TX" and "TO PC RX" and I thought that's nice - FINALLY someone labelled it so that no one could get confused re. the TX->RX thing. But sadly NO!; that doesn't work and it's labelled wrong. You as usual need to connect the TX pin to RX on the FTDI, and the RX pin to TX on the FTDI. I also connected GND and 5V from the FTDI to the device at one of the channel connections. I used CH1 but any should work for supplying power. The software window has connection hints displayed and suggests power can be 5V or 3V. I ran it at 5V. This is sometimes selectable on your FTDI unit. Plug in your FTDI so that windows loads the COM port, then run the software. Select the new com port, then click READ. You should have the supplied config come up in the software window. It's set to do PWM channels 1-8 on the first bank, and PWM channels 9-16 on the second bank. I've not yet tested it in operation, only the configuration as above. Hope this helps. Cheers.

Very nice appearance, black plastic cover. The unit is layed out with two banks of 8 pwm connectors, one at each end. They are labelled 1-8 and 9-16. It also has an SBUS input, and program enable jumper position and RX & TX for connection to a USB-FTDI adapter. It came pre-configured to output PWM on all 16 outputs, channels 1 to 16 as labelled. So for most people, no configuration would be required. It also apparently alternatively supports two PPM outputs of (I think) 8 channels each - hence the two banks. The software appears to support up to 16 channels per bank, and has two timing options for the PPM setting. I don't know if that's possible but if so, you could have 16 channels on one PPM connection. As per the labelling on the case, the two PPM connections connect at PPM1 (CH2), and PPM2 (CH10). This can be enabled and configured using the software. The to FTDI RX & TX connections are labelled on the case as "TO PC TX" and "TO PC RX" and I thought that's nice - FINALLY someone labelled it so that no one could get confused re. the TX->RX thing. But sadly NO!; that doesn't work and it's labelled wrong. You as usual need to connect the TX pin to RX on the FTDI, and the RX pin to TX on the FTDI. I also connected GND and 5V from the FTDI to the device at one of the channel connections. I used CH1 but any should work for supplying power. The software window has connection hints displayed and suggests power can be 5V or 3V. I ran it at 5V. This is sometimes selectable on your FTDI unit. Plug in your FTDI so that windows loads the COM port, then run the software. Select the new com port, then click READ. You should have the supplied config come up in the software window. It's set to do PWM channels 1-8 on the first bank, and PWM channels 9-16 on the second bank. I've not yet tested it in operation, only the configuration as above. Hope this helps. Cheers.

Very nice appearance, black plastic cover. The unit is layed out with two banks of 8 pwm connectors, one at each end. They are labelled 1-8 and 9-16. It also has an SBUS input, and program enable jumper position and RX & TX for connection to a USB-FTDI adapter. It came pre-configured to output PWM on all 16 outputs, channels 1 to 16 as labelled. So for most people, no configuration would be required. It also apparently alternatively supports two PPM outputs of (I think) 8 channels each - hence the two banks. The software appears to support up to 16 channels per bank, and has two timing options for the PPM setting. I don't know if that's possible but if so, you could have 16 channels on one PPM connection. As per the labelling on the case, the two PPM connections connect at PPM1 (CH2), and PPM2 (CH10). This can be enabled and configured using the software. The to FTDI RX & TX connections are labelled on the case as "TO PC TX" and "TO PC RX" and I thought that's nice - FINALLY someone labelled it so that no one could get confused re. the TX->RX thing. But sadly NO!; that doesn't work and it's labelled wrong. You as usual need to connect the TX pin to RX on the FTDI, and the RX pin to TX on the FTDI. I also connected GND and 5V from the FTDI to the device at one of the channel connections. I used CH1 but any should work for supplying power. The software window has connection hints displayed and suggests power can be 5V or 3V. I ran it at 5V. This is sometimes selectable on your FTDI unit. Plug in your FTDI so that windows loads the COM port, then run the software. Select the new com port, then click READ. You should have the supplied config come up in the software window. It's set to do PWM channels 1-8 on the first bank, and PWM channels 9-16 on the second bank. I've not yet tested it in operation, only the configuration as above. Hope this helps. Cheers.

La gaine thermorétractable transparente a été remplacée par un plastique sérigraphié noir pratique et mieux approprié.

La gaine thermorétractable transparente a été remplacée par un plastique sérigraphié noir pratique et mieux approprié.

La gaine thermorétractable transparente a été remplacée par un plastique sérigraphié noir pratique et mieux approprié.

非常にいいです

very good

非常にいいです