Übersetzung für "Ttl logic" in Deutsch

Provision can be made for the logic signals to assume levels in accordance with TTL logic.

The activation of the switching is implemented with TTL logic.

It has a voltage swing between 0.4 volts and 1.2 volts—much lower than that used in TTL and CMOS logic—and symmetrical parallel resistive termination.

To explain the invention in greater detail, block diagrams with a TTL logic are described with the aid of the attached drawings as embodiment examples, by which the invention is realized for the automated pipe testing.

The output 17 of the TTL logic 13 is then connected optionally to the input 21 of a following logic 22 via a delay stage 20.

In numerous applications, there is a need to supply signals from circuits in transistor-transistor logic (TTL) to circuits in current-mode logic (CML) or to circuits in emittercoupled logic (ECL).

The inputs of the programming circuit can be driven by way of a ninth or a tenth transistor in collector circuit configuration at whose inputs the TTL logic levels required for the programming can be respectively applied.

The transfer elements ST1-ST4 are designed as AND elements in the manner of transistor-transistor logic (TTL) circuits, with the difference that the respectively second transistors in the direction of the signal flow are connected as emitter followers.

The circuit serves the purpose of being able to use the data supplied by a bipolar TTL logic for charging an MOS digital circuit, for example a dynamic RAM memory.

It should also be understood that the programs, processes, methods and systems described herein are not related or limited to any particular type of hardware, such as TTL logic or computer software, or both.

Depending on the logic state of the TTL logic level applied to the control line C, however, the data receiver 21 in the interface module 2 is activated and the data transmitter 22 is passive, or vice-versa.

Depending on the logic states of the TTL logic level applied to the control line C, however, the data receiver 21 in the interface module 2 is activated and the data transmitter 22 is passive, or vice versa.

The auxiliary voltage supply, however, is only connected to the load, via a TTL logic circuit, when a transistor has been cut off.

This tiny module uses a Standard interface that can be controlled directly by nearly any microcontroller such as Arduino, Raspberry PI, ARM, 8051, AVR, PIC, DSP, MSP430, TTL logic, etc.

It can be controlled directly by micro-controller (Arduino, 8051, AVR, PIC, DSP, ARM, ARM, MSP430, TTL logic).

Standard interface that can be controlled directly by microcontroller (8051, AVR, PIC, PLC,DSP, ARM, ARM, MSP430, TTL logic).

The GPIO signals provide the Applicator (external device) the ability to control the printer using TTL logic.

A small power supply, a simple processor, a serial receiver, an amplifier and a bit of TTL-logic for inverting the output signals as well as a monitor for the supply voltage seemed to be sufficient for making the idea come real.

Similarly, it can drive various outputs: TTL-logic, LEDs, opto-couplers, solid-state relays, or equipment branched onto the RS232, the SPI or the digital I/O bus.

The signals T1, T2 and T3 are then fed to the input of the TTL logic known per se and are further processed in accordance with the "Truth Table" at the end of the specification. In realizing the invention, the precedure can advantageously be set such that the first signal is the amplitude as a complex analog value and that the imaginary part thereof is used for the threshold-value comparison.