| Part Number | Output Type | Channels | Voltage | Current | Special Feature | |-------------|-------------|----------|---------|---------|------------------| | A6801 | Sink driver | 8 | 50V | 350 mA | Non-latched | | A6802 | Source driver | 8 | 50V | 500 mA | Latched, no serial | | | Source driver | 8 | 50V | 500 mA | Serial input, latched | | A6833 | Sink driver | 16 | 50V | 200 mA | Two 8-bit registers |
void loop() writeA68064(0b10101010); // Alternate outputs ON delay(1000); writeA68064(0b01010101); // Alternate outputs OFF delay(1000); a68064 datasheet
Introduction In the world of power electronics and motor control, few components are as versatile and reliable as the A68064 . Whether you are an embedded systems engineer, a robotics hobbyist, or a student working on a senior design project, the A68064 datasheet is your definitive reference for understanding this integrated circuit’s capabilities. This article serves as an extensive breakdown of the A68064 datasheet, covering electrical characteristics, pin configurations, thermal management, and real-world application circuits. | Part Number | Output Type | Channels
void writeA68064(byte data) // Shift out 8 bits, MSB first (output 1 = MSB) for (int i = 7; i >= 0; i--) digitalWrite(dataPin, (data >> i) & 1); digitalWrite(clockPin, HIGH); delayMicroseconds(1); digitalWrite(clockPin, LOW); void writeA68064(byte data) // Shift out 8 bits,
digitalWrite(enablePin, LOW); // Enable outputs digitalWrite(strobePin, LOW);
// Latch the data digitalWrite(strobePin, HIGH); delayMicroseconds(1); digitalWrite(strobePin, LOW);
The A68064 datasheet provides a wealth of information for engineers seeking a robust, high-voltage, serial-input driver. With its ability to drive relays, solenoids, LEDs, and small motors, the A68064 reduces microcontroller I/O requirements while handling considerable power. Always design within the thermal limits, use proper decoupling, and reference the latest revision of the datasheet for guarantees on timing and electrical characteristics.