768143682GP

Number of Pins:	14
Height - Seated (Max):	0.071" (1.80mm)
Size / Dimension:	0.390" L x 0.220" W (9.91mm x 5.59mm)
Supplier Device Package:	--
Package / Case:	14-SOIC (0.220", 5.59mm Width)
Mounting Type:	Surface Mount
Applications:	--
Operating Temperature:	-55°C ~ 125°C
Temperature Coefficient:	±100ppm/°C
Power Per Element:	200mW
Series:	768
Resistor-Ratio-Drift:	--
Resistor Matching Ratio:	--
Number of Resistors:	7
Tolerance:	±2%
Resistance (Ohms):	6.8k
Circuit Type:	Isolated
Part Status:	Active
Packaging:	Tube

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Resistor Networks, ArraysThe invention and use of 768143682GP (General Purpose) stile networks and arrays has revolutionized the way electrical signals are used and applied in a variety of different applications. General-purpose (GP) networks and arrays are popular solutions which allow for infinitely adjustable attenuation, spectral shaping, and protection from electrical noise and overvoltage due to their ability to alter the impedance, voltage, and current of electrical signals. The GP characteristics of the networks and arrays help to make them versatile solutions to many challenges when it comes to electrical signals. As a result, GP networks and arrays have become extremely popular in a variety of applications such as telecommunications, TV/broadcast, instrumentation, medical, industrial, and defense applications. GP networks and arrays can be broken down into two distinct categories: active networks and passive networks. Active networks are comprised of devices such as field-effect transistors (FETs), operational amplifiers (op-amps), or analog computers. These devices use the input signal, either voluntary or forced, for amplification and regulation purposes. Passive networks, on the other hand, are composed of passive components such as resistors (R), capacitors (C), and inductors (L). In terms of the electrical signal, these components are used to provide attenuation, impedance matching, signal shaping, and protection from overvoltage or electrical noise. For the most part, GP networks and arrays are composed of R-type elements. In many network applications, providing attenuation is the most practical and efficient method to reduce the signal strength. In networks and arrays, attenuation is achieved through either a resistive or overlapping-inductive bridge balancing technique. In a resistive bridge balancing technique, two R elements are placed in series, which will provide the required signal attenuation. The magnitude of the signal attenuation will be proportional to the applied voltage, with a higher voltage creating a higher attenuation. The resistance values of the two elements used must be adjusted in order to obtain the desired output voltage. Overlapping inductive bridge balancing is a more complex method used in GP networks and arrays. This technique requires two inductors to be positioned in parallel or adjacent to each other. The two inductors create an extremely low-impedance bridge which essentially acts as an attenuator. In this case, the inductance values of the two elements must be adjusted in order to obtain the desired output voltage. In addition to providing attenuation, GP networks and arrays can be used to create a wide variety of voltages and impedances. Adjusting the resistance or inductance of a particular element can result in the desired output impedance, as well as a higher or lower output voltage. Commonly, GP networks and arrays are used to increase the resistance or voltage of a signal. Overall, the versatile characteristics of GP networks and arrays have made them very popular solutions for use in many applications where electrical signal conditioning and/or protection is necessary. The ability to adjust impedances, attenuate signals, and protect equipment from electrical noise and overvoltage make these devices extremely useful for a variety of engineering disciplines.

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