ORNTV20015001T5

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Resistor Networks, Arrays technology is one of the most commonly employed electronic components in many industries. ORNTV20015001T5 is a highly configurable resistor network with an interesting application field. This paper will focus on its application field and working principle.

Overview of ORNTV20015001T5

ORNTV20015001T5 is a resistor network designed for testing and evaluating electronic devices. It consists of four resistors and can be configured in various ways to provide different levels of input resistance. The board comes with two configurable resistors and two fixed resistors. The adjustable resistors can be set to have a wide range of values between 100KΩ and 100MΩ while the fixed resistors have values of 100KΩ and 1MΩ. The board also features a built-in voltage divider which allows the user to set an external voltage to a specific level. This makes ORNTV20015001T5 very useful in applications where accurate voltage levels are required.

Application Fields for ORNTV20015001T5

ORNTV20015001T5 is most commonly used in applications that require accurate and reliable inputs. These applications include opto-coupler circuits, signal conditioning, EMC testing, and automotive electronics. It is also used in design and validation of various active components such as discrete transistors and integrated circuits.

The adjustable resistance allows ORNTV20015001T5 to be used as an impedance matching device in signal conditioning applications. It can be used to accurately match the impedance of the signal to the input impedance of other components. This allows signal transfer with minimal distortion or loss.

This resistor network is also widely used for EMC testing. It can be used to set the input impedance of the device under test to a known level. This allows for more accurate measurements of the electromagnetic field radiated by the device under test. It is also used for automotive electronic design and validation, as its adjustable resistance and voltage divider features make it ideal for testing automotive components such as airbags and ESC systems.

Working Principle of ORNTV20015001T5

The working principle of ORNTV20015001T5 is relatively simple. The four resistors are connected in series, with two of them adjustable and two fixed at a given value. By adjusting the resistance of the two adjustable resistors, the overall resistance can be set to a desired value. Additionally, the built-in voltage divider allows the user to set a reference voltage to a specific level.

The adjustable resistors can be set using trimmer potentiometers. The potentiometers are connected to a series of resistors, each of which has a known value. By adjusting the potentiometers, the user can set the overall resistance to a desired level.

The voltage divider works by splitting the input voltage between the two resistors. The voltage is then reduced by the value of the adjustable resistor, which is used to set the reference voltage level. The adjusted voltage can then be used as the reference voltage for other components in the circuit.

Conclusion

ORNTV20015001T5 is a highly configurable resistor network that is widely used in many applications. It consists of four resistors, two adjustable and two fixed, and features a built-in voltage divider. The adjustable resistors can be set to a wide range of values and the voltage divider can be used to set a reference voltage to a specific level. This makes ORNTV20015001T5 ideal for applications such as signal conditioning, EMC testing, and automotive design and validation.

The specific data is subject to PDF, and the above content is for reference