Simulates a receiver so you can test your motors and servos without having to use a transmitter and receiver. It can send RC-PWM signal of 1ms to 2 ms in 20ms period. It connects to an ESC via three wires. The servo tester is powered by the BEC in your speed control or by a std 4 cell 5 volt receiver battery
AFI-ESC610 is an Electronic Speed Controller designed to drive BLDC motors. It meets the industrial requirements of high voltage and high power motor application for electrical vehicles, airplanes, boats and medium duty industrial machinery. It is rated at 6KW.
The AFI-ESC1220 is an Electronic Speed Controller designed to drive BLDC motors. It meets the industrial requirements of high power and high voltage application for electronic vehicles, airplanes, boats and medium duty industrial machinery. It is rated at 24KW.
The HVDR-15 is a high efficiency, high voltage step down DC to DC voltage regulator. Input voltage can be as high as 110VDC. Up to three output voltages can be pre-configured to allow up to 1A or 3A of output current. The HVDR-15 features over voltage, over current, and over temperature protection. It is offered in one, two, or three output voltage versions making it a very efficient and flexible platform for many applications.
Designed for tiny indoor motors up to large motors like the Astro 90. Now you don't have to guess anymore, you can measure your amps, volts, amp hours and watts to be certain!
The RCPWM2V is a device that converts a standard hobby RC signal (1-2ms pulse) into a proportional analog voltage (0-5V). In many electronics applications the main processor is constantly busy and does not have the ability to address the time-sensitive PWM signal from an RC receiver immediately. This results in signal distortion or a sluggish response due to the extra filtering required. The RCPWM2V provides a simple solution by converting the signal into an analog signal. The main processor can then read the signal whenever it has time.
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