4416P-T02-391 Allicdata Electronics
Allicdata Part #:

4416P-T02-391-ND

Manufacturer Part#:

4416P-T02-391

Price: $ 0.37
Product Category:

Resistors

Manufacturer: Bourns Inc.
Short Description: RES ARRAY 15 RES 390 OHM 16SOIC
More Detail: 390 Ohm ±2% 160mW Power Per Element Bussed 15 Resi...
DataSheet: 4416P-T02-391 datasheet4416P-T02-391 Datasheet/PDF
Quantity: 1000
1500 +: $ 0.33345
Stock 1000Can Ship Immediately
$ 0.37
Specifications
Number of Pins: 16
Height - Seated (Max): 0.114" (2.90mm)
Size / Dimension: 0.410" L x 0.295" W (10.41mm x 7.50mm)
Supplier Device Package: 16-SOL
Package / Case: 16-SOIC (0.295", 7.50mm Width)
Mounting Type: Surface Mount
Applications: --
Operating Temperature: -55°C ~ 125°C
Temperature Coefficient: ±100ppm/°C
Power Per Element: 160mW
Series: 4400P
Resistor-Ratio-Drift: 50 ppm/°C
Resistor Matching Ratio: --
Number of Resistors: 15
Tolerance: ±2%
Resistance (Ohms): 390
Circuit Type: Bussed
Part Status: Active
Packaging: Tube 
Description

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4516P-T02-391 Resistor Networks, Arrays are integrated devices that are used in a variety of applications, ranging from data processing and signal conditioning to switching and power supplies. This guide will provide an overview of the types of resistor networks, their applications, and how they work.Resistor networks come in many different shapes and sizes, and serve a variety of purposes. Generally speaking, they are electrical components that contain multiple electrical resistors, connected to one another in a specific pattern. These patterns can range from a single straight line or grid, to complex combinations of multiple circuits.Resistor networks can be used to provide resistance and isolate signals in complex circuits. They can also be used to balance out DC power supply voltages, and to act as voltage dividers or current limiters. They are also useful for signal voltage matching, and can be used in audio, RF, video, and other types of signals.For industrial purposes, resistor networks are often used to reduce or eliminate electrical noise in power supplies and switch systems. They can also be used to act as temperature sensors, and to provide voltage references.Certain types of resistor networks, such as light-dependent resistors (LDRs) and varistors, are used to protect complex circuits from voltage transients, power surges, and other types of high-voltage disturbances.The working principle of resistor networks and arrays is based on the fact that the resistance of each resistor is proportional to its size. By using multiple resistors of different sizes and connected in different configurations, resistor networks can be used to route, sense, or detect electrical current in a variety of different ways. For example, a single-line resistance network (SRN) is made up of a series of resistors connected in series with one another. As voltage is applied across the terminals of the network, the current will be routed through the series of resistors depending on their resistance values. Therefore, the resistance of an SRN can be adjusted by changing the positioning of the resistors in the network.A multi-level resistance network (MLN) is made up of multiple SRN’s connected in parallel. When voltage is applied across the terminals of an MLN, the current will be routed through all the resistor networks connected in parallel. This type of network is useful for sourcing current and for signal conditioning in electronic circuits. A variable resistor network (VRN) is composed of multiple resistors that can be changed or adjusted to vary the resistance of the network. This type of network is used for controlling voltage, such as in audio, RF, and other types of signals.Finally, a voltage-controlled resistance network (VCRN) is used to adjust voltage levels in a circuit. The network is composed of an array of resistors that can be changed or adjusted to vary the resistance of the network. As the voltage is applied across the terminals of the network, the voltage will be routed through the array of resistors depending on their resistance values.In conclusion, resistor networks come in a variety of shapes and sizes, and serve a variety of purposes. They are used for a wide range of applications, including data processing, signal conditioning, switching, power supplies, and surge protection. The working principle of these networks and arrays is based on the fact that the resistance of each resistor is proportional to its size. By connecting multiple resistors in various configurations, different types of networks can be used to route, sense, or detect electrical current.

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