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This connector is a triple-row, 24-pin (3×8), straight female header strip designed to match 0.1" male headers.
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This connector is a triple-row, 12-pin (3×4), straight female header strip designed to match 0.1" male headers.
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This connector is a double-row, 32-pin (2×16), straight female header strip designed to match 0.1" male headers.
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This connector is a double-row, 16-pin (2×8), straight female header strip designed to match 0.1" male headers.
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This connector is a double-row, 14-pin (2×7), straight female header strip designed to match 0.1" male headers.
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This connector is a double-row, 6-pin (2×3), straight female header strip designed to match 0.1" male headers. The order quantity must be a multiple of two.
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This connector is a single-row, 16-pin, straight female header strip designed to match 0.1" male headers.
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This connector is a single-row, 8-pin, straight female header strip designed to match 0.1" male headers. The order quantity must be a multiple of two.
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This connector is a single-row, 7-pin, straight female header strip designed to match 0.1" male headers. The order quantity must be a multiple of two.
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This connector is a single-row, 3-pin, straight female header strip designed to match 0.1" male headers. The order quantity must be a multiple of five.
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This connector is a single-row, 2-pin, straight female header strip designed to match 0.1" male headers. The order quantity must be a multiple of five.
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Red shorting block (removable jumper) designed for 0.1" (2.54 mm) male header pins.
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Black shorting block (removable jumper) designed for 0.1" (2.54 mm) male header pins.
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Yellow shorting block (removable jumper) designed for 0.1" (2.54 mm) male header pins.
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Blue shorting block (removable jumper) designed for 0.1" (2.54 mm) male header pins.
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This connector is a single-row, 40-pin, right-angle male header strip that can be broken into smaller strips and is great for low-profile connections.
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This connector is a double-row, 80-pin (2×40), straight male header strip that can be broken into smaller strips.
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This connector is a single-row, 40-pin, straight male header strip that can be broken into smaller strips.
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These 16-pin (2×8) shrouded male headers are great general-purpose connectors for applications such as parallel LCDs with backlights.
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These hard-to-find 6-pin (2×3) shrouded male headers are great general-purpose connectors and are perfect for AVR ISP programming.
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330 uF, 35 V radial electrolytic capacitor. We use these capacitors for power filtering/noise suppression on our Dual VNH2SP30 and VNH3SP30 motor driver carriers. The order quantity must be a multiple of two.
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Our triple-axis accelerometer is a basic carrier board for the Freescale MMA7260QT XYZ-axis accelerometer, a great low-g sensor with adjustable sensitivity from 1.5 g to 6 g. Our breakout board includes a 3.3 V regulator for easy integration into 5 V microcontroller projects, and the unit is smaller than competing products, all at a lower price!
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The Baby Orangutan B-48 is a very compact but complete robot controller, packing a high-performance AVR microcontroller and two motor drive channels in the same 24-pin form factor as competing units that include just a microcontroller. You can connect your battery, sensors, and motors directly to this small module to make a miniature robot, or you can use the Baby Orangutan as an auxiliary controller in larger robots. This version includes Atmel’s ATmega48 microcontroller with 4 KB of program memory and 512 bytes of RAM.
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The Baby Orangutan B-168 is a very compact but complete robot controller, packing a high-performance AVR microcontroller and two motor drive channels in the same 24-pin form factor as competing units that include just a microcontroller. You can connect your battery, sensors, and motors directly to this small module to make a miniature robot, or you can use the Baby Orangutan as an auxiliary controller in larger robots. This version includes Atmel’s ATmega168 microcontroller with 16 KB of program memory and 1 KB of RAM.
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Buy an Orangutan USB programmer with your Baby Orangutan B-168 and save!
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Buy an Orangutan USB programmer with your Baby Orangutan B-48 and save!
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This 12" Y-cable can be used to connect two servos to a single servo control line.
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You can use these 24-inch (600-mm) cables to easily extend the leads of your RC hobby servos.
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You can use these 12-inch (300-mm) cables to easily extend the leads of your RC hobby servos.
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This is a great 24-inch (600-mm) board-to-board cable for devices that have 0.1" 3-pin male header connectors, such as RC servo controllers, RC receivers and our TReX motor controllers. It can also be a convenient way to connect various sensors to a robot controller.
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This is a great 12-inch (300-mm) board-to-board cable for devices that have 0.1" 3-pin male header connectors, such as RC servo controllers, RC receivers and our TReX motor controllers. It can also be a convenient way to connect various sensors to a robot controller.
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The QTR-1A reflectance sensor carries a single infrared LED and phototransistor pair in an inexpensive, tiny 0.5" x 0.3" module that can be mounted almost anywhere and is great for edge detection and line following applications. The reflectance measurement is output as an analog voltage.
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This sensor module has 8 IR LED/phototransistor pairs mounted on a 0.375" pitch, making it a great detector for a line-following robot. Pairs of LEDs are arranged in series to halve current consumption, and a MOSFET allows the LEDs to be turned off for additional sensing or power-savings options. Each sensor provides a separate digital I/O-measurable output.
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The QTR-1RC reflectance sensor carries a single infrared LED and phototransistor pair in an inexpensive, tiny 0.5" x 0.3" module that can be mounted almost anywhere and is great for edge detection and line following applications. The output is designed to be measured by a digital I/O line.
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This sensor module has 8 IR LED/phototransistor pairs mounted on a 0.375" pitch, making it a great detector for a line-following robot. Pairs of LEDs are arranged in series to halve current consumption, and a MOSFET allows the LEDs to be turned off for additional sensing or power-savings options. Each sensor provides a separate analog voltage output.
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The VNH2SP30 is an improved version of the VN3HSP30 motor driver, featuring current sensing, increased drive capability, and a higher maximum PWM frequency of 20 kHz.
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The VNH3SP30 is a great H-bridge motor driver for motors running from 6-16 V and drawing up to about 15 A. The chip is able to withstand 40-V transients, has a peak current of 30 A, and features various fault protection features such as over-temperature and over-current shutdown. For a higher-output version, see the VN2HSP30.
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This digital logic probe in kit form provides convenient and precise measurement of logic circuit signals. It displays logic levels (high or low), pulses and voltage transients down to 10 nanoseconds and a maximum input of 50 MHz. It has a large PC board and detailed manual for fast construction. The LP-535K Logic Probe kit will teach you how to solder and leave you with a very useful tool.
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When assembled, the Moon Walker II uses a phototransistor to sense changes in light (such as turning on a lamp) and a condenser microphone to sense changes in sound (such as clapping). It converts those stimuli into electronic signals to power a motor, and walks forward for a preset time. The sensors can be adjusted for different sensitivity levels.
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Its snail-like design may give a lethargic impression, but contrary to first impression, Comet is quick to respond and scurries speedily on command. A condenser microphone and a printed circuit board control this OWIKIT. Each time its sound sensor hears your command, it reacts; clap your hands or make any other loud sound to control it.
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The iBOTZ Soundtracker is an autonomous robot that explores its environment with a condenser microphone. If it makes contact with an obstacle or hears a loud noise, it will briefly reverse course and then begin driving again in a new direction.
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This set offers everything you need to build an exciting 2, 4, or 6-legged walking robot fitted with sound sensor! Simple design and easy-to-use parts make this set perfect for first-time robot builders. Constructing this robot is fun and educational as it helps you learn the basics of mechanical linkages used to make the legs work.
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The Tamiya 9801112M Mabuchi FA-130 motor is the motor included in many of the Tamiya gearboxes and educational toys.
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Need more power out of your gear motor? This is a high-power motor that fits in the same form factor as used by the GM2/3/8/9 style gear motors.
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The GWS S03N 2BB Standard Servo has two ball bearings on the output shaft. These ball bearings decrease internal friction and allow for slightly increased torque over the GWS S03N.
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The GWS PARK HPX F Mini Servo would have been considered a micro servo until the recent introduction of extremely tiny servos like the PICO and NARO. This miniature servo has almost the same power as a standard servo, and the transparent case makes it especially well suited for science projects and demonstrations. The PARK HPX F is more powerful than the PARK L and is almost twice as fast.
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The GWS MINI L servo delivers the performance of a standard servo in a smaller and lighter package. The MINI L is slightly smaller, faster, and more powerful than the MINI.
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Take control of this six-legged walking Stag Beetle robot via the included 2-channel remote controller. The two controller sticks operate separate gearboxes, enabling forward/reverse, and left/right movement.
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