This 24-inch (600-mm), twisted cable can be used to extend the leads of many common RC hobby servos. It has 22-AWG wires, and both the male and female cable ends are compatible with both JR- and Futaba-style connectors, allowing it to work in either system or as an adapter between systems. The cable’s conductors each consist of 60 strands, making it much more flexible than standard servo cables, and the wires are twisted to reduce electromagnetic interference (EMI).
This 24-inch (600-mm), flat cable has 22-AWG wires and female “JR”-style connectors on both ends, the same kind of connector commonly found on RC hobby servos. It can be used to make connections between devices with 0.1" 3-pin male headers, such as between RC servo controllers or RC receivers and motor controllers with an RC interface. It can also be a convenient way to connect various 3-pin sensors to a robot controller.
This 6-inch (150-mm), twisted cable has 22-AWG wires and female “JR”-style connectors on both ends, the same kind of connector commonly found on RC hobby servos. It can be used to make connections between devices with 0.1" 3-pin male headers, such as between RC servo controllers or RC receivers and motor controllers with an RC interface. It can also be a convenient way to connect various 3-pin sensors to a robot controller. The cable’s conductors each consist of 60 strands, making it much more flexible than standard servo cables, and the wires are twisted to reduce electromagnetic interference (EMI).
This 12-inch (300-mm), twisted cable has 22-AWG wires and female “JR”-style connectors on both ends, the same kind of connector commonly found on RC hobby servos. It can be used to make connections between devices with 0.1" 3-pin male headers, such as between RC servo controllers or RC receivers and motor controllers with an RC interface. It can also be a convenient way to connect various 3-pin sensors to a robot controller. The cable’s conductors each consist of 60 strands, making it much more flexible than standard servo cables, and the wires are twisted to reduce electromagnetic interference (EMI).
This 12-inch (300-mm), flat cable has 22-AWG wires and female “JR”-style connectors on both ends, the same kind of connector commonly found on RC hobby servos. It can be used to make connections between devices with 0.1" 3-pin male headers, such as between RC servo controllers or RC receivers and motor controllers with an RC interface. It can also be a convenient way to connect various 3-pin sensors to a robot controller. The cable’s conductors each consist of 60 strands, making it more flexible than standard servo cables.
This 6-inch (150-mm), flat cable has 22-AWG wires and female “JR”-style connectors on both ends, the same kind of connector commonly found on RC hobby servos. It can be used to make connections between devices with 0.1" 3-pin male headers, such as between RC servo controllers or RC receivers and motor controllers with an RC interface. It can also be a convenient way to connect various 3-pin sensors to a robot controller.
This 12-inch (300-mm), twisted Y-cable can be used to split a single RC hobby servo signal into two identical outputs. It has 22-AWG wires terminated on all three ends by “JR”-style female connectors, which are compatible with 0.1" header bins and both male JR and male Futaba J connectors. The split occurs close to the cable’s input, so the two output ends can be separated by up to approximately 18" (450 mm). The cable’s conductors each consist of 60 strands, making it much more flexible than standard servo cables, and the wires are twisted to reduce electromagnetic interference (EMI).
This 12-inch (300-mm), flat cable can be used to extend the leads of many common RC hobby servos. It has 22-AWG wires, and both the male and female cable ends are compatible with both JR- and Futaba-style connectors, allowing it to work in either system or as an adapter between systems. The cable’s conductors each consist of 60 strands, making it more flexible than standard servo cables.
This 12-inch (300-mm), flat Y-cable can be used to split a single RC hobby servo signal into two identical outputs. It has 22-AWG wires terminated on all three ends by “JR”-style female connectors, which are compatible with 0.1" header bins and both male JR and male Futaba J connectors. The split occurs close to the cable’s input, so the two output ends can be separated by up to approximately 18" (450 mm). The cable’s conductors each consist of 60 strands, making it more flexible than standard servo cables.
This 12-inch (300-mm), flat Y-cable is typically used to connect two servos to a single servo port . It has 22-AWG wires terminated on one end by a “JR”-style female connector and on the other by two Futaba J male connectors, allowing it to work in either system or as an adapter between systems. The split occurs close to the cable’s JR input, so the two male ends can be separated by up to approximately 18" (450 mm). The cable’s conductors each consist of 60 strands, making it more flexible than standard servo cables.
Check out this handy USB extension cable, which will make it easy for you to enclose a device that has a Mini-B USB type port. We think this would be most handy...
Check out this handy MicroUSB extension cable, which will make it easy for you to enclose a device that has a B type (micro USB host) port. Great if you need to...
Extend your servo's reach with this 1m Servo Extension Cable. Featuring male and female JR Style connectors, it's perfect for robotics, RC vehicles, and other DIY/Maker projects. Enjoy seamless connections and added flexibility in cable management – a must-have for any enthusiast's toolkit.
Stretch out your servo connections with this flexible servo extension cord. It has a 3 pin shrouded "male" connection to plug your servo into and then, 30cm later...
This is a jumper adapter cable that comes pre-terminated with a female Qwiic JST connector on one end and female connectors on the other. The cable insulation is...
Stretch out your servo connections with this flexible servo extension cord. It has a 3 pin shrouded "male" connection to plug your servo into and then, 50cm later...
This is a basic SMA (Sub-Miniature A) male to female connector cable. Each cable is 25cm (9.8") long and has a 50Ω impedance that can handle frequencies up to 17 GHz. The SMA connectors at each end are small enough for most consumer GPS, cellular, and other RF applications and they use a threaded housing to create strong mechanical connections.
This 200mm cable breaks out the four wires in a PiicoDev cable for manual wiring to breadboards or development boards. It's a 4-wire harness with an SH connector on one end and four Dupont-style connectors on the other.
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