LMS202ECM

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The LMS202ECM is a device specifically designed for interface/driver applications in various high precision line receiver and transceiver operations. The device is ideal for signal and serial communication applications, providing enhanced sensitivity and noise level performance.

The device belongs to the family of high performance analog interface devices, and it is designed to reduce signal errors by providing a reliable signal isolation and low power consumption. It is a dual-channel device, which combines two independent high-speed line receivers and one dual-channel transceiver.

The LMS202ECM is mostly used for line receivers and transceivers with a low bit rate transmission system. It consists of a CMOS-based analog multi-state controller with variable current sources, two high-sensitivity adjustable line receivers, one variable double-ended line driver, and two variable current feedback receivers. The device’s operation is based on a low-power LVDS (Low Voltage Differential Signaling) technology and it offers a low power consumption of less than 1mA.

The main application of the LMS202ECM is to reduce the possibility of data error in a communication system. It offers a low noise level of less than 0.7V and an electrostatic sensitivity of 6V. Moreover, the device has an adjustable current output range of 0 to 20V, which makes it an ideal choice for line receivers and transceivers.

The LMS202ECM makes use of two separate voltage feedback receivers with adjustable currents, allowing the device to send and receive signals from multiple sources. It is equipped with a special offset compensation built-in circuit, which helps to reduce the noise generated when sending or receiving a signal. Moreover, the device also features an adjustable double-ended line driver, which allows for an efficient signal transfer.

The LMS202ECM incorporates a unique low frequency control voltage (LFCV) circuit with adjustable current and voltage sources. This circuit helps the device to maintain a low noise level and provide excellent signal isolation. The LFCV helps to reduce the current consumption of the device, thus reducing its power consumption. Furthermore, the LFCV provides a wide range of options which enable the device to perform a diverse range of high precision line receiver and transceiver operations.

The LMS202ECM operates in single-ended or differential modes and is suitable for both S-parameter and T-parameter measurements. The device provides improved signal integrity in the transmission and reception of data on a multiplexed network. The device supports LVDS communication interface, low voltage control and monitoring, as well as analog and digital circuitry for interfacing to other systems.

The LMS202ECM also integrates two separate low voltage and current output stages, which allow for two-way data communication. It also has an adjustable differential receiver current range from 0 to 20V or differential pulse rates from 8 to 3 MHz. These features make the device suitable for a range of high-precision line receiver and transceiver applications.

The LMS202ECM is an ideal option for various communications applications, including those for broadcast systems, base station receivers, and remote data transceivers. The device offers excellent signal integrity, low power consumption, and a wide range of adjustable current outputs. This makes it an ideal choice for high-precision line receiver and transceiver applications.

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