Dive into robotics with the Servo Pack for Robotics and Makers! This kit includes a variety of FS90 and FS90R servos, wheels, and horns, perfect for any movement-focused project. Explore the possibilities in robotics with this essential bundle.
By popular request - Adafruit now have a way you can turn on-and-off Lithium Polymer batteries without unplugging them. This PH2 Female/Male JST 2-pin Extension Cable...
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 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), 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 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.
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), 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).
A couple of months ago we started carrying packs of colorful step switches reminiscent of the 16-step sequencer keys on TR-808 synthesizers. We gave folks...
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...
The I2C Switch from AB Electronics UK is a 4 channel bidirectional I2C switch controlled via the I2C-bus. It is designed for use on all Raspberry Pi models with the 40 pin GPIO connector.
The Servo PWM Pi is a 16-channel, 12-bit PWM controller for the Raspberry Pi, suitable for driving LEDs and radio control servos. The board is based around PCA9685 PWM I2C LED controller IC from NXT and can drive each of the 16 outputs with 12 bit (4096 steps) duty cycle from 0% to 100%.
This is a small device called a reed switch. When the device is exposed to a magnetic field, the two ferrous materials inside the switch pull together and the switch closes. When the magnetic field is removed, the reeds separate and the switch opens. This makes for a great non-contact switch. This switch can carry up to 1.2A.
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