170M6517

The 170M6517 is a microfuse used in low-voltage and high-current applications. Developed by Littelfuse, this microfuse is based on their patented technologies, and uses advanced metal oxide semiconductors to provide reliable protection for electronic devices.

As a microfuse, the 170M6517 has a total current rating of 6.2 A and a rated voltage of up to 100 Vdc. It has a maximum voltage drop of 0.15 V, a time constant of 4 ms, and a power dissipation rating of 10-20 W and a thermal capacity of 1.2 KJ.

The 170M6517 can be used in a number of applications, including:

• AC/DC motors: The 170M6517 is an ideal fuse for motors running at low voltage and high current. It can provide effective protection while ensuring optimal performance.
• Power supplies: The 170M6517 can be used to protect power supplies from damage caused by high-current transients. It can limit the current flow to prevent damage caused by short circuits and wiring errors.
• Data Processing Equipment: The 170M6517 can be used on data processing equipment to provide protection from over-current and over-voltage conditions.
• Consumer Electronics: The 170M6517 can be used in consumer electronics such as TVs, DVD players, and gaming systems. It can protect these devices from the high-current conditions that can be caused by power surges.

The 170M6517 works on the principle of thermal lag. When the current passing through the fuse exceeds its rated current, it will produce heat, which will cause the fuse to open. With its fast recovery time of 4 ms, the 170M6517 can reset itself quickly and safely without the need for manual intervention.

The 170M6517 is designed to be used in the most extreme conditions, such as in high-temperature environments and high-vibration areas. It is UL-approved and meets the IEC standards. It is also RoHS-certified, making it an environmentally-friendly option.

The 170M6517 is a versatile and reliable microfuse that can be used in a number of applications. Its fast-acting nature and thermal lag technology make it an ideal choice for low-voltage, high-current applications.