Y4485V0059BT0W

Number of Pins:	3
Height - Seated (Max):	0.071" (1.80mm)
Size / Dimension:	0.160" L x 0.106" W (4.06mm x 2.69mm)
Supplier Device Package:	--
Package / Case:	1610 J-Lead (3 Terminals)
Mounting Type:	Surface Mount
Applications:	Voltage Divider (TCR Matched)
Operating Temperature:	-65°C ~ 125°C
Temperature Coefficient:	±0.2ppm/°C
Power Per Element:	50mW
Series:	DSMZ
Resistor-Ratio-Drift:	±0.1 ppm/°C
Resistor Matching Ratio:	±0.01%
Number of Resistors:	2
Tolerance:	±0.1%
Resistance (Ohms):	2k
Circuit Type:	Voltage Divider
Part Status:	Active
Packaging:	Tray

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Resistor Networks, Arrays: Y4485V0059BT0W Application Field and Working Principle

Resistor networks and arrays are commonly used in electrical circuits for their ability to allow for precision control over the flow of current. The application field and working principle of Y4485V0059BT0W – a specific type of resistor network – is discussed below.

Definition and Use

Resistor networks are formed when a series of individual resistors are joined together. These networks are composed of resistors that provide an electrical ‘road map’ for the flow of current and voltage between points. This road map can be adjusted to provide better control over power and performance in circuits and devices. In resistor networks, the most common type of resistor is a four-terminal resistor. This type of resistor has four terminals instead of two, allowing it to be connected in a variety of ways, and giving it greater flexibility in the type of power and performance it can manage.Y4485V0059BT0W is a four-terminal resistor network. It is designed to precisely control the flow of current in electrical circuits, and can be used for a range of applications such as powering LEDs, providing electrical protection, and managing computing power.

Technology Behind Y4485V0059BT0W

Y4485V0059BT0W is made with very specific technology. It is composed of a series of thin-film resistors – sometimes referred to as chip resistors – that are etched onto a rectangular substrate of ceramic. The ceramic substrate is what keeps the thin-film resistors in place and prevents them from becoming damaged.The thin-film technology behind Y4485V0059BT0W allows for very precise adjustment of current and voltage. With a small adjustment of the four leads, the resistor network’s performance can be finely tuned, providing greater control over how much power and performance it can manage.

Applications of Y4485V0059BT0W

Y4485V0059BT0W can be used in a variety of electrical applications. The most common use of this resistor network is in LED lighting, where its precision can be utilized to adjust how much current and voltage is used to power the LEDs. It can also be used in protection applications such as surge protectors and circuit breakers.It is also commonly used in computing applications, because of its ability to provide finer control of power usage. In computing, the resistor network can be used to precisely adjust the power used for tasks like gaming, 3D rendering, and encryption.

Advantages of Y4485V0059BT0W

Y4485V0059BT0W has many advantages to offer users. The thin-film technology behind it allows for greater precision and more accurate control of current and voltage. Its four-terminal design provides greater flexibility in how it can be used, letting users adjust the power and performance to suit their exact needs. Also, the resistor network’s ceramic substrate provides greater durability and reliability. The ceramic substrate protects the thin-film resistors from being damaged, making the resistor network more reliable and longer-lasting.

Conclusion

Y4485V0059BT0W is a specific type of resistor network that is designed to provide precise control of current and voltage. It is composed of a series of thin-film resistors that are etched onto a ceramic substrate, which provides greater durability and reliability. Y4485V0059BT0W can be used in a variety of electrical applications, such as powering LEDs, providing electrical protection, and managing computing power. Its advantages include its four-terminal design, which provides greater flexibility and precision control, and its ceramic substrate, which provides greater reliability.

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