B59300M1060A70

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The B59300M1060A70 Temperature Sensors - PTC Thermistors is a Polymer Positive Temperature Coefficient (PPTC) thermistor element. It is mainly used for over-current protection applications where a predictable and accurate response to current overloads are necessary. It can also be used in hot spot detection in high temperature applications such as motor controls, printed circuit boards, and power supplies. It provides an over-current protection temperature rating up to 160°C (320°F).

The B59300M1060A70 assembly consists of a Polymer Positive Temperature Coefficient Thermistor element encased in an epoxy shell. This provides reliable protection and detection for a wide range of applications. The use of a polyimide film together with an integrally molded encapsulation results in components that can provide excellent thermal dissipation and reliable over-current protection.

The working principle of the B59300M1060A70 is that PTC thermistors are thermally sensitive components that have non-linear resistance-temperature-characteristics. When the temperature increases, the electrical resistance also increases. This increase of resistance is known as the “positive temperature coefficient”, or PTC effect. In an over-current situation, the resistance of the B59300M1060A70 will increase to a level that will reduce the flow of current. This will prevent further overheating and possible failure to an electronic device.

The B59300M1060A70 can be used in a wide array of applications such as motor control, consumer electronic devices, power supply, communication systems, and automotive electronics. It provides a reliable over-current protection for all of these applications. Typical application fields include PTC thermostats, point-of-load regulators, electronic motor control circuits, and circuit breaker systems.

The B59300M1060A70 is an ideal solution for over-current protection. It has a wide operating temperature range and is able to provide predictable and accurate performance at high temperatures. Its non-linear resistance-temperature-characteristic makes it well-suited for applications in which an overload must be accurately detected and prevented in critical circuits. Its epoxy encapsulation provides reliable protection against harsh external environments and ensures a long service life.

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