MC100EL91DWG

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Logic Translators, Level Shifters, and the MC100EL91DWG Application Field and Working Principle

Logic translators are integrated circuits (ICs) that move signals between logic families and level shifts. Examples of logic family types include TTL, ECL, and CMOS both high and low levels. Level shifts are used to move between different voltages. Level shifters move Bidirectionally between two I/O logic levels - usually low and high.

The MC100EL91DWG is an example of such device. It is a high-speed single differential line driver with an on-chip level shifting mechanism. It is fabricated using the 3rd Generation Dual-Metal CMOS Process to provide a complete low-power, low-voltage, high-performance device suitable for many applications.

The applications of the MC100EL91DWG include:

• Telecom base station line cards
• Network switches
• Instrumentation systems
• Industrial control systems
• High speed ADCs/DACs
• Medical equipments
• High speed data communications
• High speed ADC/DAC sampling

In addition to its applications, it is important to understand the basic working principle of the MC100EL91DWG. This device is an ECL-level logic converter which translates ECL to lower voltage CMOS logic levels, and vice versa. It is designed to provide bidirectional communications capability between ECL and CMOS logic circuits over short to medium-length PCB interconnects.

The MC100EL91DWG features integrated circuit level shifting circuitry, allowing a wide range of different logic families to be connected. The differential nature of the device enables it to automatically compensate for data-dependent and common-mode noise in the transmitter portion, providing improved noise immunity. The level shifting occurs on a single-sided logic swing, eliminating the need to source active pull-up current at the CMOS output.

The MC100EL91DWG includes a wide range of other features, such as automatic protocol limitation, on-chip termination, temperature compensation, and programmable control logic. It also offers a variety of options for power supply connection, as well as ground isolation with input bonding options. The device is also available in an industrial temperature range version (Tt version), with a maximum operating ambient temperature of 85°C.

In summary, the MC100EL91DWG is a device for logic level shifting. It can be used for many different applications, including high speed data communication, telecom base station line cards, medical equipment, instrumentation systems, high speed ADCs/DACs and more. It features integrated circuit level shifting circuitry, allowing a wide range of different logic families to be connected, and it also offers wide range of other features such as programmable control logic, on-chip termination, and temperature compensation.

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