Y0006V0037BB12L

Number of Pins:	3
Height - Seated (Max):	0.320" (8.13mm)
Size / Dimension:	0.295" L x 0.100" W (7.49mm x 2.54mm)
Supplier Device Package:	--
Package / Case:	Radial - 3 Leads
Mounting Type:	Through Hole
Applications:	Voltage Divider (TCR Matched)
Operating Temperature:	-55°C ~ 125°C
Temperature Coefficient:	±2ppm/°C
Power Per Element:	100mW
Series:	300144
Resistor-Ratio-Drift:	±0.5 ppm/°C
Resistor Matching Ratio:	±0.1%
Number of Resistors:	2
Tolerance:	±0.1%
Resistance (Ohms):	8.1k, 10.74k
Circuit Type:	Voltage Divider
Part Status:	Active
Packaging:	Bulk

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Resistor Networks, Arrays

A Y0006V0037BB12L, commonly referred to as a Resistor Network or Array, is a type of electronic component used to achieve accurate and consistent division of power in a circuit. It is essentially a series of resistors connected together in a specific configuration such that the combined resistor value is different than any of the individual resistors.Resistor Networks can be used to: achieve accurate division of power to multiple points in a circuit, adjust a circuit’s gain to a specific value, filter out unwanted signals and noise, and develop precision voltage dividers. Resistor Networks are also used in combination with capacitors or inductors for more complex applications.When a Resistor Network is under operation, the individual resistors within the network are connected in parallel, each with the same voltage across them. However, the current flow through each of these resistors is determined by its peculiar resistance value, resulting in a specific voltage drop across each resistor. This way, the combined resistance of the resistor network is the sum of all individual resistance values - which is greater than that of the individual resistors, but still less than the total resistance of the series connection of those individual resistors.Therefore, a Resistor Network utilizes a combination of individual resistors - forming a voltage dividing bridge - to produce an outcome resistance with equal voltage drop across each individual resistor. This allows the network to achieve more accurate and consistent power division between multiple points in a circuit than can be achieved using a series of individual resistor components.One of the most common uses for a Resistor Network is to create a precision voltage divider. Such dividers are necessary in a range of applications, from creating a stable power supply for a microcontroller, to providing multiple reference voltages on an amplifier or ADC circuit. As the precision voltage divider is developed from the combination of individual resistors within the network, it is important to ensure the exact resistor values are used in order to get an accurate voltage level at each point within the circuit.Resistor Networks can also be used to achieve gain adjustment and signal filtering. By connecting the individual resistors in such a way that their combined resistance is different than any of the individual resistors, the network is able to achieve gain control - attenuating a signal or increasing it by a certain factor. Additionally, the resistance of the network is able to be tuned to filter out unwanted frequencies or noise.The ability to use a Resistor Network to achieve accurate division of power and gain control allows it to be used in a wide range of applications. Resistor Networks are particularly useful in analog audio circuits, where tight power control is essential and precise voltage dividers are needed. They are also commonly used in power supplies and motor control engineers for achieving both precision and reliability.In conclusion, a Resistor Network - such as the Y0006V0037BB12L - is an extremely versatile and effective component for achieving accurate and consistent power division and gain control. Its precise manipulation of individual resistors allows it to achieve precision voltage dividers, as well as other applications such as signal filtering and power adjustment. This makes it an invaluable component in a variety of different electronic devices and systems

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