752101104GP

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Resistor Networks, Arrays comprise a wide range of electronic components widely used in a variety of applications. Among these is the 752101104GP, which is a multi-terminal resistor network or array especially designed for precision analog applications. This versatile network is widely used in a variety of industries and applications, such as communications, automotive, consumer electronics, instrumentation and medical.

The 752101104GP is an 8-pin chip resistor array that can be used for high performance analog and RF signal processing applications. It is a low impedance, surface mount, 8 resistors-in-one package, and can handle up to 4A of current. The device is characterized by its low resistance tolerance, low power dissipation and low capacitance. Additionally, it is designed to provide an optimum balance between precision and power efficiency.

The 752101104GP comprises eight external resistors in three sections – two shared, four isolated, and two common. Each resistor is individually programmable, either in-circuit or on-board. It features an integrated sense resistor, which provides the user with a precise measurement of each resistor within the network. The device is also equipped with high-speed switchable channels and adjustable bias currents to improve performance in high-speed communication applications.

The 752101104GP operates primarily on the principle of a resistive divider network. The device works by passing a known voltage through a series of resistors in parallel. The ratio of the resistances determines the voltage across each resistor, and, thus, the output voltage. The output voltage is influenced by the value of the resistors used, the feedback resistance of the device, and any additional feedback provided by the user.

The 752101104GP can be used in a wide range of applications, including low noise power supplies, voltage and current sensing, RF signal routing, bridge circuits, and gain control. The device can also be used to generate precise voltage references, constant current sources, scalers and differential amplifiers. Additionally, the device is suited for precision voltage division and signal amplification.

The 752101104GP is an excellent choice for high-precision analog applications as it is extremely reliable and accurate. It has a low resistance tolerance of 2ppm, meaning that it can maintain a stable output voltage over a wide range of temperature, voltage, and current changes. Additionally, the device is very power efficient, requiring less than 5 milliwatts for operation. Its integrated resistive element reduces switch and connection times, resulting in improved circuit efficiency and making it desirable for a wide range of applications.

In conclusion, the 752101104GP is an invaluable device in the world of precision analog and RF signal processing. It is suitable for a wide range of applications and provides a cost-effective solution for users looking for reliable and accurate performance. The device is both reliable and accurate, with low tolerance and low power dissipation, making it an ideal choice for any application.

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