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LTC1519CS Datasheet(PDF) 5 Page - Linear Technology |
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LTC1519CS Datasheet(HTML) 5 Page - Linear Technology |
5 / 12 page 5 LTC1518/LTC1519 PIN FUNCTIONS LTC1518 B1 (Pin 1): Receiver 1 Inverting Input. A1 (Pin 2): Receiver 1 Noninverting Input. OUT 1 (Pin 3): Receiver 1 Output. EN (Pin 4): A high enables all outputs; a low on Pin 4 and a high on Pin 12 will put all outputs into a high impedance state. Do not float. OUT 2 (Pin 5): Receiver 2 Output. A2 (Pin 6): Receiver 2 Noninverting Input. B2 (Pin 7): Receiver 2 Inverting Input. GND (Pin 8): Ground Pin. A ground plane is recommended for all LTC1518 applications. B3 (Pin 9): Receiver 3 Inverting Input. A3 (Pin 10): Receiver 3 Noninverting Input. OUT 3 (Pin 11): Receiver 3 Output. EN (Pin 12): A low enables all outputs; a low on Pin 4 and a high on Pin 12 will put all outputs into a high impedance state. Do not float. OUT 4 (Pin 13): Receiver 4 Output. A4 (Pin 14): Receiver 4 Noninverting Input. B4 (Pin 15): Receiver 4 Inverting Input. VDD (Pin 16): Power Supply Input. This pin should be decoupled with a 0.1 µF ceramic capacitor as close as possible to the pin. Recommended: VDD = 5V ±5%. LTC1519 B1 (Pin 1): Receiver 1 Inverting Input. A1 (Pin 2): Receiver 1 Noninverting Input. OUT 1 (Pin 3): Receiver 1 Output. EN12 (Pin 4): A high enables receivers 1 and 2; a low will put the outputs of receivers 1 and 2 into a high impedance state. Do not float. OUT 2 (Pin 5): Receiver 2 Output. A2 (Pin 6): Receiver 2 Noninverting Input. B2 (Pin 7): Receiver 2 Inverting Input. GND (Pin 8): Ground Pin. A ground plane is recommended for all LTC1519 applications. B3 (Pin 9): Receiver 3 Inverting Input. A3 (Pin 10): Receiver 3 Noninverting Input. OUT 3 (Pin 11): Receiver 3 Output. EN34 (Pin 12): A high enables receivers 3 and 4; a low will put the outputs of receivers 3 and 4 into a high impedance state. Do not float. OUT 4 (Pin 13): Receiver 4 Output. A4 (Pin 14): Receiver 4 Noninverting Input. B4 (Pin 15): Receiver 4 Inverting Input. VDD (Pin 16): Power Supply Input. This pin should be decoupled with a 0.1 µF ceramic capacitor as close as possible to the pin. Recommended: VDD = 5V ±5%. |
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