БИГЛЬ / BEAGLE (FCI , Великобритания / Great Britain). Судья Красиков Анатолий Михайлович МЕТРИКА, IXO , д.р. , трехцветный, FORTUNA. Клеймо / Чип: IXO Заводчик: Калашников С. Владелец: Еременко И. Адрес проживания: Россия. Потомков в базе: 0 кобелей. KIH, НГОО "НГОЛС КАНИС", ЛОГИНОВ АЛЕКСАНДР ЕВГЕНЬЕВИЧ, , [email protected], ЯКУШОВКА ДЕРЕВНЯ. KII, ОО МКЛЖ, КОВАЛЕНКО ИРИНА ИВАНОВНА-.
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Бигль / Beagle (17) (Великобритания / Great Britain) ZARA LEO VOM ZARENDORF. РКФ , KPE , д.р. БИГЛЬ / Beagle (FCI № ). SPLENDID THREE COLOR NUMBER ONE, occur.otz-gaz.ru, RKF , SLT ,. , трикол.

This section explains aspects of digital input and output, from applications and types to interface circuit characteristics, in an easy-to-understand way. In addition to controlling output for lamps, LEDs, 7-segment displays, and relays, such products can also be used as an interface for digital communication with controllers such as a PLC sequencer.

Transmitting a signal information using light makes it possible to prevent the effects of electrical disturbances generated in the operation circuit. However, an external DC power source is required to drive the photocoupler.

This is used for connecting the operation circuit to weak electrical devices using 5 to 48 VDC, such as digital switches and indicators. This type enables faster signal transmission speeds by using a high-speed photocoupler as the isolating element.

This type is used when high-speed input and output is required. This internal logic circuit is equipped with an isolated DC power source. This type uses a relay in the output circuit. The logic circuit and output circuit inside the board are isolated by this relay contact.

Also, because there are no limits on the direction the current flows, AC alternating current loads can also be connected. Use this type with AC operating circuits or to directly control strong electrical devices using more than 48 VDC. Relay used in output circuit. However, because it is susceptible to electrical disturbances, this type is suitable for environments with favorable noise characteristics and when wiring distances can be shortened.

Using a program allows the number of inputs and outputs to be changed in 8-point units. Output circuits for digital input and output are categorized into the following types according to application and electrical differences. This type of output is called contact-less output because there is no real contact involved, unlike contact output.

This output circuit is where the output transistor collector becomes the output terminal and the status becomes open. This output is used to send signals to typical weak electrical devices using 12 to 48 VDC. Output circuit where the output transistor collector becomes the output terminal and the status becomes open.

In this output circuit, the output transistor emitter becomes the output terminal. This output is used to send signals to weak electrical devices using 12 to 48 VDC and is the preferred source type in European countries because it offers high safety concerning ground faults.

Output circuit where the output transistor emitter becomes the output terminal. With this output circuit, the output transistor collector becomes the output terminal, the status is open, and the input circuit side is pulled up. The internal logic is negative logic of "Low short : 1, High open : 0.

Output circuit where the output transistor collector becomes the output terminal and the status is open. In this output circuit, the output transistor collector becomes the output terminal. The internal logic is negative logic of "Low: 1, High: 0. Output circuit where the output transistor emitter, isolated by a photocoupler, becomes the output terminal.

This output circuit, which uses a relay contact, is isolated with the internal logic circuit. Also, because there are no limits on the direction the current flows, AC alternating current loads, as well as DC loads, can be connected.

This output is used with alternating currents AC or to send signals to strong electrical devices using more than 48 VDC. Output circuit isolated with internal logic circuit using relay contact. This input circuit can be connected to such contact output circuits as DC transistor outputs or DC operation circuits.

This is the input circuit with the cathode side of the photocoupler as the input terminal. This input is used to receive output signals from such sources as sink-type transistor outputs and relay switches. This type is used to input signals from typical weak electrical devices using 12 to 48 VDC.

Input circuit with photocoupler cathode side as input terminal. This is the input circuit with the anode side of the photocoupler as the input terminal. This input is used to receive output signals from such sources as source-type transistor outputs and relay switches.

This is the preferred type in European countries because it offers high safety concerning ground faults. This type is used to input signals from weak electrical devices using 12 to 48 VDC. Input circuit with photocoupler anode side as input terminal. With this input circuit, pulled up at 5 VDC, the transistor base becomes the input terminal.

Input circuit pulled up at 5 VDC with the transistor base as the input terminal. This is the input circuit with a photocoupler cathode as the input terminal. Input circuit with photocoupler cathode as input terminal. The internal logic is positive logic of "Low short : 0, High open : 1.

To control 10 relays, select a board with 10 or more outputs. To monitor 20 switches, select a board with 20 or more inputs. With typical decimal and hexadecimal types, usually 4-bit 4-point output and input is needed for 1 digit. In general, the number of inputs is related to the resolution for one revolution.

Select a board with 8 or more inputs. Contents 1. Output circuit 4. Input circuit 5. Selection hints 1. High-speed optocoupler type Response time max. Opto-Isolated Open Collector output type Current sink. Opto-Isolated Output type Source output.

The device you are using may offer such functions as alarms, resetting, and handshaking. For incremental-type rotary encoders, use a "counter board" equipped with a pulse-counting function. Incremental type Encoder Counter board.


BVI, Браво Виста (бигль), occur.otz-gaz.ru Ирина Черевко DZY, "Светлые истоки", Сорокина Ольга Александровна, Россия, Уфа,
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