ORNV50012002T5

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 and arrays are used in a wide array of applications. The ORNV50012002T5 series is a great example of this type of solution. It uses network elements to reduce dropping voltage in high frequency applications. This article will cover what the ORNV50012002T5 series brings to the table in terms of application field and working principle.

The ORNV50012002T5 is part of the F series of network resistor packages. It is a thermally enhanced, high performance, non-polarized device designed to reduce voltage drops in high frequency applications operating at extreme temperatures. It is constructed out of thick-film over ceramic substrate. It uses a unique network of resistor elements whose resistances are tuned to reduce voltage drops associated with high frequency circuits. The resistor element patterns are printed on to a ceramic substrate using a thick film resistive material.

The ORNV50012002T5 being an isothermal Network Resistor package can mitigate thermal runaway and self-heating of the resistive elements and can operate reliably at extreme temperatures (-55°C to +175°C). Due to its multi-layer nature and its optimized layout, it provides excellent noise reduction and power dissipation capabilities. The series features low inductance, non-inductive elements, and overvoltage protection diodes that guard against accidental surge damage.

The application field of the ORNV50012002T5 series varies depending on the temperature range, physical size, and the specific type of application. It can be used for communications, military, aerospace and automotive applications. It can also be utilized effectively in medical and industrial applications as well as power-electronics applications such as inverters and switch-mode power supplies.

The working principle of the ORNV50012002T5 series is based on resistor network elements. A self-heated resistor network is formed of low-resistance, non-inductive elements that are interconnected in a circuit pattern. The lower resistance of the elements reduces and distributes the drop voltage or AC ripple across the network. This keeps voltage levels within the amplifier tolerances, resulting in improved performance. The resistor network also reduces noise which reduces EMI issues.

The specific elements used in the ORNV50012002T5 series are thick-film over ceramic substrate. The elements’ resistance values are patterned on to the ceramic substrate using a thick film printing process. The elements’ tolerance ranges between 0.5% and 2%, while the TCR is between 5000 and 15000ppm/K. The total resistance range of the network lies between 1 and 200 Ohms.

In conclusion, the ORNV50012002T5 is a unique product that combines thick-film resistor networks over a ceramic substrate to reduce the voltage drop in high frequency applications operating at extreme temperatures. It facilitates low inductance, non-inductive elements, EMI reduction, and low-power dissipation. Its application field spans communications, military, automotive and industrial sectors, while its working principle relies on thick-film resistor networks to reduce voltage drop.

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