The main difference between LT1085 and LM317 is the precision of their output voltage. LT1085 has a tighter tolerance of ±1% compared to LM317's tolerance of ±2.2%. This means that LT1085 will have a more accurate and stable output voltage compared to LM317.
LT1085 is better for precision applications due to its tighter output voltage tolerance. It also has a lower temperature coefficient, meaning its output voltage is less affected by changes in temperature.
LT1085 has a higher maximum output current rating of 3A compared to LM317's maximum rating of 1.5A. This means that LT1085 can provide more current to a load without overheating.
Yes, there are a few other differences between LT1085 and LM317. LT1085 has a built-in thermal shutdown feature to prevent damage from overheating, while LM317 does not. LT1085 also has a lower dropout voltage, which means it can regulate lower input voltages compared to LM317.
In general, LT1085 is more expensive than LM317 due to its higher precision and additional features. However, the prices may vary depending on the manufacturer and quantity purchased.