ORNTA1002DT1

Resistor networks are an important part of many electronic circuits. In particular, ORNTA1002DT1 is a common resistor network used in many high-reliability applications. This article will discuss the application field of the ORNTA1002DT1 and its working principle.

STON Electronic\'s ORNTA1002DT1 is a four-port resistor network array. It is used in many devices in industrial, automotive, aerospace, medical, and other excessive-reliability applications that require protection, isolation, and signal conditioning. This resistor network has some unique characteristics that make it especially suitable for these applications.

The ORNTA1002DT1 has an operating temperature range of -55 to 150 °C, excellent thermal stability, and a low temperature coefficient of resistance. This helps to ensure reliable operation at extreme temperatures. Additionally, it has a total resistance accuracy of 0.1 %, allowing for accurate signal conditioning. The resistor network also has high common and differential mode noise rejection ration of 58 dB. This allows for improved signal-to-noise ratios in signal processing applications.

The ORNTA1002DT1 also provides excellent dynamic performance with a bandwidth of 30 MHz and a slew rate of 250 V/µs. This makes it ideal for high speed signal conditioning and signal amplification applications. The resistor network also features 1kV isolation voltage which allows it to be used in isolation-sensitive applications.

The ORNTA1002DT1 is a very reliable and cost-effective resistor network. It allows for the implementation of all-in-one solutions in applications requiring multiple signal conditioning, isolation, and protection.

The ORNTA1002DT1 resistor network works by creating resistors between input and output ports. It is based on a metal-oxide-semiconductor (MOS) process, which consists of stacking layers of conductive and insulating materials. The resistor is formed between two insulated metal layers. The resistance is determined by the dimensions of the layers and the thickness of the insulating layer. The resistance of each resistor is then calibrated to the desired value using laser trimming.

The ORNTA1002DT1 is a reliable and cost-effective solution for many applications. It provides excellent thermal stability, excellent dynamic performance, and high common and differential mode noise rejection ratios. Additionally, it has a wide operating temperature range and has 1kV isolation voltage. This makes it ideal for high-reliability applications that require protection, isolation, and signal conditioning.