One of the standout features highlighted in the is the low RDS(on). The sum of the source and sink MOSFET on-resistance is typically 0.8 Ω at 25°C, max 1.2 Ω. This low resistance means less heat generation compared to older drivers like the L293D or SN754410.
Integrated into distribution units and control systems to switch high-power loads like actuators.
The provides detailed timing diagrams for fault conditions. a68064 datasheet
The MC68000 family had a significant impact on the computing industry, with applications in a wide range of fields, including:
| Pin Name | Pin # | Type | Description | |----------|-------|------|--------------| | | 1 | Input | Step input (active rising edge). | | DIR | 2 | Input | Direction control (High = CW, Low = CCW). | | MS1, MS2 | 3, 4 | Inputs | Microstep resolution selection (Full, ½, ¼, 1/16). | | ENABLE | 5 | Input | Logic high disables outputs; low enables. | | RESET | 6 | Input | Resets the translator to HOME position. | | SLEEP | 7 | Input | Logic low puts IC in low-power sleep mode. | | VDD | 8 | Power | Logic supply (3.0–5.5V). | | GND | 9, 10 | Power | Logic ground (connect to system ground). | | VREF | 11 | Input | Current reference voltage (0–3.5V). | | SENSE1, SENSE2 | 12, 20 | Analog | Current sense resistor inputs (typically 0.2Ω to 0.5Ω). | | OUT1A, OUT1B | 13, 14 | Output | Bridge A outputs (connect to one motor coil). | | PGND_A | 15, 16 | Power | Power ground for bridge A. | | VBB1 | 17 | Power | Motor supply for bridge A (8–35V). | | OUT2A, OUT2B | 18, 19 | Output | Bridge B outputs (second motor coil). | | VBB2 | 21 | Power | Motor supply for bridge B. | | PGND_B | 22, 23 | Power | Power ground for bridge B. | | FAULT | 24 | Output | Open-drain output (active low for overcurrent/overtemp). | One of the standout features highlighted in the
: Engineered for high-reliability in industrial, automotive, and commercial repair centers. Typical Applications Motor Control
For similar high-voltage switching, designers may also consider the 35 cap C cap A cap D ABRA Electronics Integrated into distribution units and control systems to
Yes. The VDD pin accepts 3.0V to 5.5V direct. No level shifting is needed.
: It is utilized in main distribution units (like the FA-01) for protecting and safeguarding electrical systems by ensuring unidirectional current flow. Phase Control
is a versatile power semiconductor component, most commonly identified as a Thyristor (SCR) or high-performance N-channel MOSFET manufactured by