VSSR1601202GUF

The VSSR1601202GUF is a type of resistor network used in a variety of applications. It is a component from Voltage Surge Suppressor Resistance (VSSR) series of resistor networks, which utilize integrated constructions to combine a number of resistive elements into a single package. This resistor network includes sixteen individually soldered resistors, with a common form factor of two Ohm to one hundred Ohm.

The VSSR1601202GUF was developed for a number of applications, particularly used in power management and protection circuits of microelectronic applications. It is used for surge and overvoltage protection, energy storage, and power control. Furthermore, it is suitable for operation in switching power supplies, power converters, motor control circuits, and other power control circuits.

Additionally, the VSSR1601202GUF also offers several advantages. This type of resistor network is reliable and resilient enough to survive transients and power surges. It is also small enough to fit in tight spaces, and it is relatively easy to install. Additionally, the VSSR1601202GUF has a low parasitic inductance that ensures an exceptional electrical response.

The working principle of the VSSR1601202GUF is simple. Its integrated construction consists of sixteen electrically connected resistors with a common form factor of two to one hundred Ohms. This type of resistor network is capable of withstanding voltage surges of up to twenty-five percent of its normal maximum rating. When the current passes through the resistor network, the voltage drops across each of the individual resistors in relation to its resistive value. Thus, the VSSR1601202GUF is able to provide power protection and control overenergy storage.

Overall, the VSSR1601202GUF is a type of resistor network designed for a wide range of applications, including power management and protection circuits of microelectronic applications, switching power supplies, power converters, and motor control circuits. It is a reliable and resilient device that can easily be installed in tight spaces. Additionally, it features a low parasitic inductance for excellent electrical response, and it is capable of withstanding voltage surges of up to twenty-five percent of its normal maximum rating.