AD7503JNZ

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

Analog switches, multiplexers, and demultiplexers ( DMUXs ) are widely used in various applications, such as analog and digital circuit research, signal routing, analog signal conditioning, data acquisition, voltage regulation, and telecommunication. The AD7503JNZ is one of the components available for these applications.

The AD7503JNZ is a triple single-pole/double-pole double-throw ( SPDT / DPDT ) analog switch with low on-resistance and low power consumption. It has three independent SPDT and three independent DPDT switches, each of which is independently activated by a single control voltage. It works on supply voltage ranging from 5.0V to 15V and consumes about 1.4mA in typical operation. The output pins of the switches are attached to the exposed metal tab which makes the connections to the output circuits more robust and easier to be integrated into the PCB.

The AD7503JNZ offers excellent switching performance in terms of low on-resistance and high off-isolation. The maximum on-resistance can be as low as 27Ω and the off-isolation exceeds 110dB. These features make the AD7503JNZ a great option for high-precision and sensitive applications. The switch also features a safety diode which prevents electrostatic discharge (ESD) damage during device operation. In addition, the single enable on the chip allows multiple switches to be simultaneously activated.

The AD7503JNZ can be used in a wide range of applications. It is ideal for audio mixing or signal routing, data acquisition, system control, sampling measurement, and voltage regulation. The switches can also be used in test and instrumentation, motor control and power management, among others. Its high on-off isolation and excellent switching performance make it suitable for analog and digital circuit research.

The working principle of the AD7503JNZ is simple. The analog switches are activated with a single control voltage applied to its single enable pin. This control voltage will set all of the switches in the device and select the desired switch combination according to the control voltage\'s value and voltage range. The switches will then remain in the desired position and allow the output circuit to be correctly connected.

The AD7503JNZ is an ideal choice for applications needing highly precise and versatile switching. With its low on-resistance and excellent off-isolation performance, precision and sensitivity can be easily achieved. The single enable on the chip also makes it easier to integrate multiple switches into one PCB while the safety diode ensures that ESD damage is prevented during operation. The AD7503JNZ provides users with a great way to switch analog signals quickly and accurately.

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