4610H-101-182LF

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 are a type of integrated passive component used to produce a desired amount of electrical resistance by connecting them together in series or parallel. The 4610H-101-182LF is one type of a resistor network. It is a three resistor array that consists of three resistors each having the same resistance value of 101 ohms. Each resistor is connected in a sequence from one pin to another. The resistor network’s resistance value is determined by the number of resistors connected together and their resistance values. For example, the 4610H-101-182LF network consists of three resistors with each having a 101 ohm resistance. Therefore, the total resistance value of the 4610H-101-182LF network is 303 ohms, which can be calculated by multiplying the values of each resistor together.

The 4610H-101-182LF Resistor Network’s structure is composed of a high-grade polyimide substrate, which is a thermally and electrically stable material, along with a thick-film resistor network. This allows for superior electrical performance throughout a wide temperature range. The resistor network can handle a maximum working voltage of 20 volts and a power rating of 1/10 watt.

The 4610H-101-182LF Resistor Network’s application is mainly for switching and signal routing in a multitude of electronic applications, such as product analysis, sensing and signal detection. It is widely used in applications like temperature sensing, current sensing, and for audio or video signal line protection. It can also be used in detectors or AC-DC signal switch controllers, as well as EMI suppression. The resistor network has a large signal bandwidth, allowing it to respond quickly and accurately to changing input signals.

The working principle of the 4610H-101-182LF Resistor Network is based on producing a voltage drop across each resistor its connected in the resistor array. This is achieved by having current flow through the resistor network. The amount of current that flows through the resistor network is determined by the voltage drop and resistance value of the resistor network. The voltage drop is determined by the amount of current flowing through the resistors, as each resistor has a specific resistance value. This voltage drop is then converted to a corresponding voltage signal in order to accurately determine the level of voltage in the resistor network.

In conclusion, the 4610H-101-182LF Resistor Network is a three resistor array composed of three resistors with the same resistance value, which is 101 ohms. This resistor network is often used in applications such as temperature sensing, current sensing, and signal line protection. It has a maximum working voltage of 20 volts and a power rating of 1/10 watt. Additionally, the working principle of the 4610H-101-182LF Resistor Network is based on voltage drop and resistance. Ultimately, this kind of resistor network can quickly and accurately respond to changing input signals and is a great choice for many applications.

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