1617048-6

The 1617048-6 consists of a single semiconductor die embedded in a ten pin package. It is commonly referred to as a \'high voltage dual window comparator\'.

The 1617048-6 is used predominantly in applications such as: power conversion, motor control, trigger switching, level control, over current protection, over voltage protection, rush current protection and over temperature protection.

The device offers the following advantages:

• Low quiescent current
• Low output voltage offset
• Wide operating temperature range
• High stability
• High immunity to EMI

The 1617048-6 is used in many applications where a wide input voltage range, a stable output, and reliable operation are desired. The device is particularly well suited for applications with large current spikes or where high operating temperatures are expected. It can also be used in applications with a long line of sight between the input and the output device.

The 1617048-6 works by sensing the two input voltages (on the two pins) and comparing them to internally set thresholds. When the input voltage rises above or falls below a set threshold, the output will go low/high respectively. This allows the user to set a logic window which can be used for various applications.

For example, in motor control applications, the device can be used to limit the motor current when the voltage exceeds a certain value. In trigger switching applications, the device can switch an industrial-grade power supply on/off when the input voltage passes a predefined threshold. In level control applications, the device can be used to generate an output voltage signal that is proportional to the input voltage.

The 1617048-6 is a highly reliable device that can be used in a wide variety of applications. The device has a wide input voltage range and a wide operating temperature tolerance. It also offers a low quiescent current, low output voltage offset, high stability, and high immunity to EMI. This makes it ideal for a range of applications requiring reliable operation in the face of unexpected current spikes or high operating temperatures.