.05 W Resistor Networks & Arrays 10

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Part	Manufacturer	Resistor Type	Resistance	Rated Power Dissipation (P)	Maximum Operating Temperature	Tolerance	Technology	Construction	Packing Method	Size Code	Network Type	No. of Terminals	Package Style (Meter)	Sub-Category	Minimum Operating Temperature	Temperature Coef (ppm/Cel)	Terminal Finish	Height (Package)	Operating Voltage	Length (Package)	JESD-609 Code	Series	Width (Package)
Y4485V0002QT9R	Vishay Intertechnology	ARRAY/NETWORK RESISTOR	5000 ohm	.05 W	125 Cel	.02 %	METAL FOIL	Non Inductive	TR	1611	Divider	3	SMT	Array/Network Resistors	-55 Cel	2	Silver (Ag)	1.6 mm	25 V	4.06 mm	e4	DSMZ (Z-FOIL)	2.69 mm
GUS-QSCBLF-012701-JA	Tt Electronics Plc	ARRAY/NETWORK RESISTOR	2700 ohm	.05 W	125 Cel	5 %	TANTALUM NITRIDE/NICKEL CHROME	Miniature	TR	3415	Bussed	24	SMT	Array/Network Resistors	-55 Cel	100	Matte Tin (Sn)	1.626 mm	100 V	8.661 mm	e3	QSOP	3.912 mm
GUS-QSCBLF-012701-JB	Tt Electronics Plc	ARRAY/NETWORK RESISTOR	2700 ohm	.05 W	125 Cel	5 %	TANTALUM NITRIDE/NICKEL CHROME	Miniature	TR	3415	Bussed	24	SMT	Array/Network Resistors	-55 Cel	100	Matte Tin (Sn)	1.626 mm	100 V	8.661 mm	e3	QSOP	3.912 mm
GUS-QSCBLF-012701-JC	Tt Electronics Plc	ARRAY/NETWORK RESISTOR	2700 ohm	.05 W	125 Cel	5 %	TANTALUM NITRIDE/NICKEL CHROME	Miniature	TR	3415	Bussed	24	SMT	Array/Network Resistors	-55 Cel	100	Matte Tin (Sn)	1.626 mm	100 V	8.661 mm	e3	QSOP	3.912 mm
GUS-QSCBLF-012701-JD	Tt Electronics Plc	ARRAY/NETWORK RESISTOR	2700 ohm	.05 W	125 Cel	5 %	TANTALUM NITRIDE/NICKEL CHROME	Miniature	TR	3415	Bussed	24	SMT	Array/Network Resistors	-55 Cel	100	Matte Tin (Sn)	1.626 mm	100 V	8.661 mm	e3	QSOP	3.912 mm
GUS-QSCBLF-012701-JF	Tt Electronics Plc	ARRAY/NETWORK RESISTOR	2700 ohm	.05 W	125 Cel	5 %	TANTALUM NITRIDE/NICKEL CHROME	Miniature	TR	3415	Bussed	24	SMT	Array/Network Resistors	-55 Cel	100	Matte Tin (Sn)	1.626 mm	100 V	8.661 mm	e3	QSOP	3.912 mm
GUS-QSCBLF-012701-JG	Tt Electronics Plc	ARRAY/NETWORK RESISTOR	2700 ohm	.05 W	125 Cel	5 %	TANTALUM NITRIDE/NICKEL CHROME	Miniature	TR	3415	Bussed	24	SMT	Array/Network Resistors	-55 Cel	100	Matte Tin (Sn)	1.626 mm	100 V	8.661 mm	e3	QSOP	3.912 mm
Y4485V0004QT9R	Vishay Intertechnology	ARRAY/NETWORK RESISTOR	1000 ohm	.05 W	125 Cel	.02 %	METAL FOIL	Non Inductive	TR	1611	Divider	3	SMT	Array/Network Resistors	-55 Cel	2	Silver (Ag)	1.6 mm	25 V	4.06 mm	e4	DSMZ (Z-FOIL)	2.69 mm
Y4485V0001QT9R	Vishay Intertechnology	ARRAY/NETWORK RESISTOR	10000 ohm	.05 W	125 Cel	.02 %	METAL FOIL	Non Inductive	TR	1611	Divider	3	SMT	Array/Network Resistors	-55 Cel	2	Silver (Ag)	1.6 mm	25 V	4.06 mm	e4	DSMZ (Z-FOIL)	2.69 mm
GUS-SS4BLF-03-5490-CC	Tt Electronics Plc	ARRAY/NETWORK RESISTOR	549 ohm	.05 W	125 Cel	.25 %	TANTALUM NITRIDE/NICKEL CHROME	Miniature	TR	1915	Bussed	8	SMT	Array/Network Resistors	-55 Cel	25	Matte Tin (Sn)	1.626 mm	100 V	4.902 mm	e3	SOIC	3.886 mm

Resistor Networks & Arrays

Resistor networks and arrays are electronic components that are designed to combine multiple resistors into a single package. These components are commonly used in various electronic circuits and applications where multiple resistors are required in a small space. Resistor networks and arrays come in different configurations and types, including isolated and non-isolated networks, bussed and isolated bussed arrays, thick and thin film technologies, and more.

Isolated resistor networks and arrays consist of several isolated resistors that are enclosed in a single package. They are used in applications where separate biasing and matching of each resistor is required. Non-isolated resistor networks and arrays consist of resistors that share a common connection, and they are used in applications where multiple resistors are required for biasing or filtering.

Bussed resistor arrays are designed with a common connection between the resistors in a single package, which simplifies the wiring process and reduces the overall size of the circuit. Isolated bussed resistor arrays, on the other hand, offer the benefits of a bussed resistor array, but with the added isolation of the resistors from each other, which can be beneficial in certain applications.

Thick film resistor networks and arrays are made of a ceramic substrate on which a resistive film is deposited. Thin film resistor networks and arrays, on the other hand, are made by depositing a thin film of metal or metal oxide on a ceramic substrate. These technologies offer different performance characteristics, such as power handling, temperature coefficient, and noise performance.