MAX202EEPE

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

Interface - Drivers, Receivers, Transceivers

MAX202EEPE is a robust, 3.0V to 5.5V powered transceiver designed for balanced and unbalanced communication systems. It is a single-channel, tri-state, CMOS line driver/receiver designed specifically for applications requiring enhanced ESD protection. It is a standard-level line driver/receiver, which includes a wide range of supply voltage options and different package types.

The MAX202EEPE is applicable for several communication fields, including high speed serial, industrial, consumer and telecommunications applications. It can be used for the replacement of serial lines, and high-speed communications at up to 30MHz over long distances without any external pull-up resistors. It is also ideal for any application where a low power and low cost line transceiver is required.

This device is particularly suitable for applications in harsh environments due to its built-in ESD protection. Its wide operating temperature range of -40°C to 85°C and its robust power supply range make it a suitable option in applications where temperature shock is an issue. Moreover, its ESD protection ensures reliable performance in environments where strong EMI fields may cause disruption.

The MAX202EEPE is an optimized device for both balanced and unbalanced communication systems. The device features three separate pins that can be configured as three differential inputs (AIN, BIN, and CIN) or as one differential input and one differential output (AIN and BOUT) or as one differential input and two single-ended outputs (AIN and BOUT). This flexibility makes it suitable for a wider range of applications.

The MAX202EEPE works on the principle of tri-state logic. The device’s outputs are enabled and data is transmitted when its ENABLE pin is low. When the ENABLE pin is high, the outputs are in tri-state mode and no data is sent or received. This allows multiple MAX202EEPE devices to be wired together for daisy-chained applications. In addition, the device’s outputs can also be disabled during transient power-up/power-down times.

The MAX202EEPE’s features also include slew-rate control, output clocking and data masking. The device is designed with a built-in Schmitt trigger at the inputs, which eliminates the need for external pull-up resistors. This provides improved accuracy and reduced line noise, which will result in improved signal quality in low-level, low-frequency signals.

The MAX202EEPE also features line-level capability. The device enables multiple devices to be tri-stated when needed in order to conserve power and improve signal integrity. Furthermore, the MAX202EEPE\'s option for constant current mode enables even better power and signal quality than in normal operation.

To conclude, the MAX202EEPE is an excellent device for applications in industrial, consumer and telecommunications applications, which require a robust and low-power transceiver. It allows multiple devices to be tri-stated when needed in order to conserve power, and its ESD protection ensures reliable performance in harsh environments. Moreover, it also includes slew-rate control, output clocking and data masking to provide improved accuracy and reduce line noise. Its wide range of applications and features make this device a perfect choice for various communication fields.

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