ORNTA5000FT1

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

The ORNTA5000FT1, part of the Resistor Networks, Arrays, is an integrated device containing five independent resistors in a single package. Each of the five resistors has different resistance values, enabling the application to use the integrated device for various configurations, including the RC networks, signal amplifiers, and power supplies. The ORNTA5000FT1 is designed with an operating temperature range from -20°C to +70°C and is ideal for use in a variety of applications.

The ORNTA5000FT1 is offered in a wide range of resistance values between 100 ohm to 1Mohms, with tolerances between 0.1% and 5%. The device also features a strong resistance to temperature and humidity variations, making it an excellent choice for applications which require repeatable performance.

In terms of application field, applications such as remote temperature sensing, signal conditioning, movement detection, and medical diagnostics all rely on the use of the integrated resistor network in the ORNTA5000FT1. For these applications, the OLED display and relative ease of use make the ORNTA5000FT1 the ideal choice for those looking for an integrated device for their applications.

The ORNTA5000FT1 integrated resistor network is also ideal for audio applications such as noise suppression and frequency correction. In these applications, the recommended network configuration consists of two resistors in series, providing excellent noise suppression performance. Furthermore, with the additional bonus of affordability and short lead times, the ORNTA5000FT1 is a great choice for audio applications.

The working principle behind the ORNTA5000FT1 is based on the sum of four independent resistors. This configuration of the integrated resistor network does not require any external bias connection, allowing the device to achieve a very low gain. When compared to an amplifier, the ORNTA5000FT1 integrated resistor network will provide a very low voltage gain or output voltage that is substantially lower than that of an amplifier.

By using resistors of different values in series with the resistors remaining in the same order and all connected to the same node, the ORNTA5000FT1 will provide a high input impedance, allowing for more flexibility when it comes to matching external components.

The ORNTA5000FT1 has a variety of features which are applicable across many different applications. These include its high precision, excellent temperature stability, and its low high-temperature drift. These features combined with the device’s ability to provide a high input impedance make the ORNTA5000FT1 a great candidate for various applications.

The ORNTA5000FT1 is an all-in-one integrated device offering flexibility and reliability. Its wide range of resistance values, excellent temperature stability, and strong resistance to temperature and humidity variations make it a great choice for applications such as remote temperature sensing, signal conditioning, movement detection, and medical diagnostics.

Integrated resistor networks are increasingly being used in audio applications, and the ORNTA5000FT1 is no exception. The recommended configuration consists of two resistors in series, providing excellent noise suppression performance and its affordability and short lead times make it an attractive option for audio applications.

In terms of working principle, the ORNTA5000FT1 utilizes the sum of four independent resistors, thereby creating a low gain output voltage and a high input impedance. All these capabilities make the ORNTA5000FT1 an ideal fit for many types of applications, making it one of the most popular resistors networks in the market.

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