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Supplier: MISTRAS NDT
Description: The ARB-1410 is a PCI-bus based, highly precise (14-bit), high speed (100 MSample/sec), arbitrary waveform generator card. Using WaveGen1410 Software, it is capable of providing an extensive variety of simple or complex acoustic emission waveforms of all shapes and amplitudes up to +/- 150 Volts
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Featured Products for Simple Receiver Circuit Top
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Remote Control Technology
Wireless Multi-Switch Controller
Control. Wireless PLC Activation. Wireless Automation. The WMSC consists of a 15-key handheld transmitter and a 16-output (12 VDC), addressable receiver. The WMSC comes complete with power supply and antennas. Simply connect the devices you want to control, and the WMSC is ready for use and guaranteed to perform. Operation is simple: select the receiver number you wish to activate, enter it on the keypad and press the "REC#" key (you can control up to 199 different receivers from one transmitter... (read more)
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Remote Control Technology
Wireless Conveyor Control Application
Remote Control Technology's Simple Wireless Solutions are commonly used for wireless conveyor automation. Wireless switching systems provide an easy alternative to installing wire throughout the plant. (read more)
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Remote Control Technology
Wireless Conveyor Control
When installed on a conveyor, a wireless switch system allows the operator to quickly assess the flow of product along a conveyor without being confined to the location of the control panel. A wireless switch system receiver that is connected to a PLC can be configured to control start, stop, backward, forward, fast and slow conveyor functions. The wireless switch system transmitter can be affixed to a vehicle or handheld by the operator, allowing the operator to load or dump material without... (read more)
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Remote Control Technology
Custom Wireless Remote Controls
Custom Wireless Remote Controls. The applications for Simple Wireless Solutions are limitless. Nearly any device that can be electrically turned on or off can be controlled remotely using Remote Control Technology's wireless switching technology. If you find that one of our off-the-shelf products does not fit your application, we are dedicated to creating a custom solution to meet your needs. From tactical airfield lighting to automating pump operations, Remote Control Technology's goal... (read more)
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Remote Control Technology
Long Range Wireless Switch System
The Long Range Wireless Switch System (LRWSS) is designed for long range (up to 5 miles) and simple wireless switching. The LRWSS is the simple solution for applications where faulty wire replacement or new installation is not possible or practical. Possible applications include: · Wireless Pump Control · Wireless Valve Actuation · Wireless Conveyor Control · Wireless Gate Control · Wireless Light Control · Wireless Alarm Control · Wireless Engine Control · Wireless PLC Activation · Wireless... (read more)
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Remote Control Technology
Center Pivot Controls
Digging a trench through prime farmland is a time consuming and expensive task made simple and cost effective using Remote Control Technology's Wireless Switch System. With a range of about five miles, a center pivot is easily controlled in the field from a fixed or mobile location such as a tractor, pump house, or office. The main advantage is no one has to drive out to each center pivot location to manually start and stop the irrigation cycle. When used in conjunction with a PLC or a timer... (read more)
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Remote Control Technology
The Short Range Wireless Switch System HH
The Short Range Wireless Switch System Handheld (SRWSSHH) is designed for short range RF wireless switching. For applications where faulty wire replacement or new installation is not possible or practical, the SRWSSHH is the simple solution for: · Wireless Pump Control · Wireless Valve Actuation · Wireless Conveyor Control · Wireless Gate Control · Wireless Light Control · Wireless Alarm Control · Wireless Engine Control · Wireless PLC Activation · Wireless Automation. The SRWSSHH consists... (read more)
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Remote Control Technology
Short Range Wireless Switch System
four modes of operation which control transmission duration. The receiver has several modes of operation. These modes determine how the output(s) function once a properly coded signal is received. A set of DIP switches located next to the microcontroller allows the user to select the mode of operation for the output(s). 12 VDC Solar Power Panel Kits are also available for Simple Wireless Solutions for remote locations without electrical power. Features of the SRWSS include the following: Control up... (read more)
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Remote Control Technology
Wireless Data Controller
backward) or anything that can send and receive data can do so wirelessly. From tactical airfield lighting to automating pump operations, Remote Control Technology's goal is to provide a simple wireless solution that is easy to install and operate. Remote Control Technology has designed and manufactured custom wireless systems for Exxon/Mobil, Raytheon, Boeing, Ford, and other Fortune 500 companies. See typical Data Monitoring Application using the WDC. Additional Applications for the WDC. Includes... (read more)
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Remote Control Technology
Medium Range Wireless Switch System
The Medium Range Wireless Switch System (MRWSS) is designed for medium range (up to 2 miles) and simple wireless switching. The MRWSS is the simple solution for applications where faulty wire replacement or new installation is not possible or practical. Possible applications include: Wireless Pump Control. Wireless Valve Actuation. Wireless Conveyor Control. Wireless Gate Control. Wireless Light Control. Wireless Alarm Control. Wireless Engine Control. Wireless PLC Activation. Wireless... (read more)
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Remote Control Technology
Wireless Center Pivot Controls
Digging a trench through prime farmland is a time consuming and expensive task made simple and cost effective using Remote Control Technology's Wireless Switch System. With a range of about five miles, a center pivot is easily controlled in the field from a fixed or mobile location such as a tractor, pump house, or office. The main advantage is no one has to drive out to each center pivot location to manually start and stop the irrigation cycle. When used in conjunction with a PLC or a timer... (read more)
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Remote Control Technology
Wireless Groundwater Automation Application
8 1Watt. Contact us today to discuss your application. Connect a dry contact (e.g. float switch or other mechanical switch) at your storage tank to the transmitter. Connect a 12 VDC Relay to the 12 VDC output on the receiver and to your pump starter. Apply 110 VAC to 240 VAC single-phase power to the power supply (included with most systems). Systems are available for short (under 1/2 mile), medium (under 2 miles) and long (over 2 miles) ranges. Multi-channel systems can be used for locations... (read more)
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Remote Control Technology
Wireless Automated Pump Control
. Short Range: SRWSS. Contact us today to discuss your application. Connect a dry contact (e.g. float switch or other mechanical switch) at your storage tank to the transmitter. Connect a 12 VDC Relay to the 12 VDC output on the receiver and to your pump starter. Apply 110 VAC to 240 VAC single-phase power to the power supply (included with most systems). Systems are available for short (under 1/2 mile), medium (under 2 miles) and long (over 2 miles) ranges. Multi-channel systems can be used... (read more)
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Remote Control Technology
Wireless Conveyor Control - Handheld Application
Remote Control Technology's Simple Wireless Solutions are commonly used for wireless conveyor control. Wireless switching systems provide an alternative to trenching in order to replace faulty wire. Our Wireless Switch Systems simply replace the wires that would normally control your conveyor, eliminating the need install and purchase large amounts of expensive wire. Features available include, but are not limited to: Ability to control a conveyor from the palm of your hahd. Multi-channel... (read more)
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Remote Control Technology
The Wireless Automation System 80660S
The Wireless Automation System is a 900 MHz radio frequency network with integrated I/O that can operate in most environments while eliminating the need for wiring runs. Systems are built around a Gateway, which acts as the wireless network master device, and one or more Nodes. • Pump Control. • Valve Actuation. • Conveyor Control. • Grain Augers. • Light Control. • Stackers. • PLC Activation. • Engine Control. • Wireless Automation. The Wireless... (read more)
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Remote Control Technology
The Wireless Automation System 80442S
The Wireless Automation System is a 900 MHz radio frequency network with integrated I/O that can operate in most environments while eliminating the need for wiring runs. Systems are built around a Gateway, which acts as the wireless network master device, and one or more Nodes. • Pump Control. • Flow Rate Monitoring. • Conveyor Control. • Tank Level Monitoring. • Light Control. • Alarm Systems. • PLC Activation. • Data Logging. • Wireless Automation. (read more)
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Remote Control Technology
Wireless Conveyor Control by Manuel Switch
Remote Control Technology's Simple Wireless Solutions are commonly used for manual wireless conveyor automation. Simply wire a switch to a stationary transmitter, and control your conveyor without having to run wire from the conveyor to the control. Installing new conduit, repairing old wire, or replacing stolen copper wire can be extremely expensive. Our Wireless Switch Systems simply replace the wires that would normally control your conveyor, eliminating the need install and purchase large... (read more)
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Conduct Research Top
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rfRXD0420 Receiver Module
pin receptacle. FIGURE 3: rfRXD0420 TOP COPPER. A simple small diameter wire (AWG 24) antenna can be. constructed and inserted into the receptacle. The. length of the wire depends on the frequency. (meters) = c / f (Hertz). where. c = 3x108 = speed of light (meters per second). f = receive frequency
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Dimming AC Incandescent Lamps Using A PIC10F200
very simple circuits, not much more than a high-current rheostat (variable resistor) wired in series with the lamp. For low-light conditions, it was adjusted to a high resistance, reducing the current through the lamp filament. For high-light conditions, it was adjusted for a low resistance increasing
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Make Accurate Sub-1 dB Make Accurate Sub-1 dB Part 1: Noise Concepts
. 0 ( F -. ). (6). e. Y-Factor Method. The Y-Factor is how most instruments measure noise. Cascaded Noise Figure. figure. It is a simple method that involves two steps: cali-. It is critical to understand what determines the noise. bration and measurement. The calibration involves con-. figure
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High Power IR LED Driver Using the PIC16C781/782
Early infrared (IR) remote control systems employed a simple on-off modulation of an IR LED to transmit the control data between the remote control and the appliance. Unfortunately, while this method was simple to implement, it suffered from both interference and range problems. A warm object
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Match The Ports Of Differential Devices
-'). The impedance of the circuit C in Fig. 4 can be calculated by: which can be rewritten as: In this case, circuit D in Fig. 4 is equivalent to circuit C in Fig. 4. When working w. ith transmission-line impedance matching, the simple transformation of the series. element described above will not work. However
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A High Power Solid State T-R Switch
is desired and reverse or zero bias to the isolating arm. This is a. relatively simple approach and has the benefit of being broadband, resulting from. the absence of any frequency selective elements. A consequence of this design. 2. is that power handling of a series connected PIN diode is general
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Introduction to the BodyCom Technology
The BodyCom system is a new short-range wireless. connectivity technology that uses the capability of the. human body to transport a few signals that provide. intuitive, simple, and safe communication between two. electronically compatible devices. Communication. between BodyCom system devices
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Using Multilayer Baluns to Improve ADC Performance (.pdf)
ideally, the signals on the two differential lines. should be equal and opposite. To this end, a simple ratio of the amplitudes of the signals will. provide a measure of the amplitude balance with 1 or (0 dB if a logarithmic scale is being used). being the ideal value. Similarly, ideally the phase
Engineering Web Search: Simple Receiver Circuit Top
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LIRC - Serial Port Receivers
The following page will show you how to build your own infrared receiver for the serial port.
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circuit diagram for simple IR receiver datasheets and...
First line: circuit diagram for simple IR transmitter circuit diagram for simple IR receiver circuit diagram for simple IR transmitter HT47R20A-1
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Crystal radio - Wikipedia, the free encyclopedia
A crystal radio receiver, also called a crystal set or cat's whisker receiver, is a very simple radio receiver, popular in the early days of radio.
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Rectifier - Wikipedia, the free encyclopedia
2.2.1 Three-phase, half-wave circuit 2.2.2 Three-phase, full-wave circuit using center-tapped transformer
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The Basics of Signal Integrity, Part I
In reality, these problems can be overcome by good design technique and by following simple layout guidelines.
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Simple RS232C level Converter using Transistors
The circuit below dash line is a simple inverter circuit that convertsRS232C level back to TTL logic again.
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A simple HF receiver | AmateurRadio.com
I constructed this simple receiver having seen the circuit at WB4LFH?s web site which he calls the ?audion?. This circuit is almost identical to the
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Electronic Circuit Schematics
Barcode scanner CCD video capture camera - circuit on request Collection of ASCII PC related schematics Computer controlled IR device Connecting an