Number of voltage output groups: 1 Maximum input voltage: 75V Output voltage: 24V Output current (maximum value/full load): 250mA DC-DC module, input range: 18V~75V, single group output: 24V/250mA
Number of voltage output groups: 1 Maximum input voltage: 75V Output voltage: 24V Output current (maximum value/full load): 250mA DC-DC module, input range: 18V~75V, single group output: 24V/250mA
Number of voltage output groups: 1 Maximum input voltage: 75V Output voltage: 24V Output current (maximum value/full load): 250mA DC-DC module, input range: 18V~75V, single group output: 24V/250mA
Number of voltage output groups: 1 Maximum input voltage: 36V Output voltage: 15V Output current (maximum value/full load): 400mA DC-DC module, input range: 9V~36V, single group output: 15V/400mA
Number of voltage output groups: 2 Maximum input voltage: 36V Output voltage: ±12V Output current (maximum value/full load): ±250mA DC-DC module, input range: 9V~36V, dual group output: ±12V/±250mA
Number of voltage output groups: 2 Maximum input voltage: 36V Output voltage: ±15V Output current (maximum value/full load): ±200mA DC-DC module, input range: 9V~36V, dual group output: ±15V/±200mA
Usually, when implementing the IAP function, two project codes need to be written when designing the firmware program. The first project program, the BOOT program, does not perform normal functional o...
I would like to ask, if there is a collision problem in Lora, Lora itself is a multiple access method based on Aloha, can the collision problem be alleviated by changing to CSMA mechanism? Is this ide...
Such a circuit input is 220VAC output is 220VAC 1.5KW through the PIC microcontroller to control two buttons and two digital tubes. The first button controls one digital tube to display 0-9. The secon...