770103680

Number of Pins:	10
Height - Seated (Max):	0.195" (4.95mm)
Size / Dimension:	1.000" L x 0.098" W (25.40mm x 2.50mm)
Supplier Device Package:	10-SIP
Package / Case:	10-SIP
Mounting Type:	Through Hole
Applications:	--
Operating Temperature:	-55°C ~ 125°C
Temperature Coefficient:	±100ppm/°C
Power Per Element:	100mW
Series:	770
Resistor-Ratio-Drift:	--
Resistor Matching Ratio:	--
Number of Resistors:	5
Tolerance:	±2%
Resistance (Ohms):	68
Circuit Type:	Isolated
Part Status:	Obsolete
Packaging:	Bulk

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770103680 Application Field and Working Principle

Resistor Networks, Arrays are used in a wide variety of applications from medical devices and automotive electronics to industrial automation and robotics. In these applications, a network of resistors creates a bridge of electrical resistance between two or more points, allowing for the passage of electrical signals through the circuit.A resistor network, or array, is essentially a series of resistors connected in parallel and/or in series. In a resistor network, the resistors are arranged such that each one has a specific amount of resistance, or current, allowing for the passage of an electrical signal through the circuit. In a simple, single-resistor network, a single resistor is used to reduce the flow of electrical current or voltage through the circuit, whereas in a more complex multi-resistor network, multiple resistors are used to create a bridge of electrical resistance between two or more points.The working principle of a resistor network, or array, is based on Ohm’s Law. Ohm’s Law states that the current passing through a circuit is equal to the voltage divided by the resistance of the circuit. Using this law, it is possible to calculate the amount of current flowing through the resistors in a resistor network, or the amount of voltage dropping across the resistors.The amount of current, or voltage, flowing through a resistor network is determined by the amount of resistance, or current, present in the network. This resistance is determined by the type of resistors used in the network, as well as the number of resistors, their physical arrangement, and the total resistance of the network. By manipulating these parameters, it is possible to create different types of networks with varying amounts of resistance, or current, or both. Most resistor networks consist of two or more resistors connected in parallel and/or in series, although there are also three-terminal and four-terminal networks that use even more complex combinations of resistors. The number and type of resistors used in a network determine the total resistance of the network, and thus, the amount of current, or voltage, flowing through the circuit.Resistor networks, or arrays, are used in a variety of applications to control electrical current or voltage between two or more points. For example, they are used to create voltage dividers for controlling the amount of current in a circuit, as well as to create voltage regulator circuits that provide a steady output voltage. Resistor networks are also commonly used in motor control circuits, logic circuits, and even power supplies. In medical devices, a resistor network can be used to control the flow of electrical current in a circuit in order to monitor the patient’s vital signs and provide proper diagnosis and treatments. In automotive electronics, switched resistor networks are used to control the amount of current flowing through the circuit, allowing for efficient engine operation and electrical system performance. They are also used in industrial automation and robotics to control the current or voltage in a circuit, allowing for accurate and precise control over the motor.Through resistor networks, or arrays, it is possible to control the amount of current, or voltage, flowing through a circuit and provide steady and reliable power to a wide variety of applications. By manipulating the number and type of resistors used, it is possible to create networks with varying levels of resistance, allowing for precise control over the current or voltage in the circuit.

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