CRB2A4E161GT

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Resistor Networks, Arrays, and the CRB2A4E161GT are essential components of many electronic devices and systems used in current technology.

A resistor network is an electrical component made from multiple resistors connected together. They have various functions and are constructed in many different types, with the arrangement of the resistors being chosen to suit the application they are intended to perform. Some of these applications include signal conditioning, switching, voltage protection, load balancing, and power supply regulation.

In many cases, resistor networks are built to order. That means that an electronic system designer has to select and connect the individual resistors in the network to perform the system\'s desired functions. Custom resistor networks are often cost prohibitive, however, and pre-built resistor networks can be a cost-effective alternative. These pre-built resistor networks are referred to as resistor arrays.

A resistor array is a complete package of interconnected identical resistors that is ready to be soldered onto a printed circuit board. The most common type of resistor array is the single-in-line (SIL) resistor array. It features two or more resistors in the same circuit package. The resistors are connected in a series, with the same output on each of the resistors. This enables the design engineer to save space by reducing the number of discrete components required in the circuit, while still maintaining the desired output.

The CRB2A4E161GT is a SIL resistor array from Bourns Incorporated. It is an eight-resistor, sixteen-position array with 200 mΩ ±1% tolerance. The resistors are connected in parallel, and the resistor array features a 0603 case size. It is rated for an operating temperature range of -65°C to +125°C, and is RoHS compliant.

The CRB2A4E161GT is used primarily for voltage divider, voltage multiplication, and output line buffering applications. This resistor array is widely used in the communications, telecom, and networking fields for its consistent output over a wide range of operating parameters.

The CRB2A4E161GT\'s working principle is very straightforward. In a voltage divider application, two resistors in the array are connected in series and then connected to a voltage source. When a voltage is applied, the current will flow through both resistors, from one end of the array to the other, dividing the voltage across each resistor. The resistors will then dissipate the energy of the voltage source as heat.

In a voltage multiplication application, two resistors in the array are connected in parallel and then connected to a voltage source. When a voltage is applied, the resistors will reduce the voltage, proportionally to the resistance of the resistors. The output voltage of the array will take on the ratio of the voltage input and the resistance of the resistors.

In an output line buffering application, the CRB2A4E161GT array acts as a buffer to protect the source of the current from being overloaded for a specific device or system. In this application, the array acts as a resistance filter, reducing the voltage output from one device that could potentially damage or overload another device.

The CRB2A4E161GT is an invaluable component for many electronic systems and devices. Its versatility allows for numerous uses, including signal conditioning, voltage protection, load balancing, power supply regulation, voltage divider, voltage multiplication, and output line buffering. This makes it an essential component of any modern electronics package.

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