MC10H125L

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Logic-Translators, Level Shifters are widely used in different kinds of applications. MC10H125L is also an example, which combines logic-translators and level shifters into one component, and makes it easier to manage and control the input and output voltage shift.

MC10H125L is dual 1-bit non-inverting, ECL-to-TTL translators and Level shifter, designed to convert high speed ECL signals to the acceptance range of TTL logic inputs, while shifting the voltage level simultaneously. It is a three-state Level Translator circuit which allows either the ECL input or the TTL output to be at a highimpedance (floating) state. As a level shifter, it translates any input or output levels between 0.4V and 5.9V, and it works with two differentially driven ECL inputs.

The main function of MC10H125L is to convert the logic level from an ECL system to a TTL system, and to shift the voltage level. The device can work in both directions and either inputs or outputs can be at the high impedance state. Furthermore, it has two power supply pins, VEE and VDD, which provide flexibility for different operating environments.

The core of MC10H125L is a series of diode-cascading transistors, which are cascaded in series and form a bridge circuit. With this bridge circuit, it can provide the bipolar range voltage shifting. The level shifting means that any input or output levels between 0.4 V to 5.9 V can be acceptable.

MC10H125L is widely used in fields such as communications and computer systems. With the wide range of operating voltage it provides, it is suitable for a variety of applications such as switching matrixes, memory address decoding, translation of ECL levels to TTLs, line receivers, memory buffers, address decoders and clock generators.

Furthermore, MC10H125L also provides triple protection against electrostatic discharge which makes it more reliable for applications in harsh environments. It is also able to transmit bits up to 70 Megabytes per second and consume minimum power. These make it perfect for low-power, high-speed applications.

In conclusion, MC10H125L is a highly integrated, dual 1-bit non-inverting, ECL-to-TTL translators and Level Shifter, which is able to provide voltage-shifting and level translation between different systems. It is suitable for applications in communications and computer systems, and can work in a wide range of operating conditions as well. With its triple protection against electrostatic discharge and high-speed, low-power capability, it is a reliable and cost-efficient choice for different applications.

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