Micro usb module that will enable RGB5VB-X RGB lighting modules to be operated with a single micro usb cable :) The MUA-B2N Micro USB Adapter module is compatible with...
ZCD-220V03W-IFS is a 110V/220V RMS AC voltage zero crossing sensor where you can configure multiple signal features:
Analog Controlled RGB LED Module:
PS105F6A-07W21 is a MOSFET and IGBT driver device with 9-18V working voltage and two outputs with maximum current capacity of 6A(Peak). One of the two outputs is inverted and the other is non-inverted.More İnformation
DI4A-05W21A is a two channel isolated Gate driver module with 4A peak source and 6A peak sink current. The module stands out with its programmable Dead-Time feature, its outputs can be configured as two low-side drives and half-bridge drives.
SPWM103F-1S2P is Sinusoidal PWM core digitally modeling the sine wave with one channel SPWM output and two channel PWM output. The frequency, sampling number and Dead-Time parameters of the sine model and the frequency, phase and duty cycle ratio parameters of the PWM channels are programmable.
The PP504F1A-02W40 is a four-output PWM core with 5-18V operating and output voltage. The output signal amplitude is at the input voltage level. The frequency, phase and duty cycle characteristics of all four signal outputs can be defined separately.
PP504F0A-02W30 is a Pwm core with 5-24V input voltage and three channel signal output. The amplitudes of the signal outputs are at 5V level and the frequency, phase and duty cycle characteristics of all can be defined separately.
SPWM103F-2S0P is the Two Channel Sinusoidal PWM Core that digitally models the sine wave. The frequency, sampling number and Dead-Time parameters of the sine model are programmable. It has 5-24V input voltage and 5V signal output amplitude.
This module, which makes the INA250A4 easy to use in R & D studies, is a high-gain and functional current sensor.
The MUA-B2N Micro USB Adapter module is compatible with RGB5VB-X modules and has been produced to facilitate the use of these modules: