Supplier: Robot MarketPlace (The)
Description: Spektrum's AR6400 is a 6-channel ultra-micro receiver with integrated servos, speed control and ParkZone's X-Port technology. The AR6400 is designed for ultra-micro and ultra light foamy aircraft. Featuring DSM2 technology the AR6400 is compatible with all Spektrum, JR, E-flite, ParkZone 2.4GHz
Supplier: Digi-Key Corporation
Description: ADAPTER 802.11N WIFI USB MICRO
- Applications: Other
- Communication Interface: Serial Interface
- Features: RoHS
- Function: Transceiver
Audio Microphones - UHF Wireless Lavalier System, with SLX1 and WL93 Omnidirectional Micro-Lavalier Microphone -- SLX14/93Supplier: Visual Sound, Inc.
Description: Shure Incorporated The model SLX14/93 is an UHF Wireless Lavalier System with WL93 Omnidirectional Micro-Lavalier Microphone, SLX1 Bodypack Transmitter and SLX4 Diversity Receiver. SLX Wireless Lavalier System, Includes WL93 Micro-Lavalier Microphone, SLX1 Bodypack Transmitter and SLX4 Diversity
- Features: Wireless Microphone
Supplier: Advance Security Products
Description: must purchase additional receivers to view multiple cameras simultaneously. This package includes everything you need to start securing your home or office. Package Includes: 1 ea. Color camera with audio built-in transmitter 1 ea. 9 Volt Battery Clip to Power Camera by 9 Volt Battery 1 ea
- Camera Function: Video
Supplier: Micro/sys, Inc.
Description: First StackableUSB global positioning module
- Device Type / Applications: Receiver
- Technology: USB
- Supply Voltage: 5 V
Description: of capacitive encoders Capacitive encoders use an AC field transmitter, patterned rotor, field receiver and a proprietary ASIC to convert modulated signals into output pulses that can be read by the same circuits used to receive optical or magnetic encoder output. Micro-Drives' capacitive encoders
- Electrical Output and Interface: Digital: Square Wave
- Encoder Technology: Magnetic
- Encoder Signal Output: Pulse & Direction
IC Interfaces - ISL32610E±16.5kV ESD Protected, 1.8V, Micro Power, +125°C, 1/8 Unit Load, RS-485/RS-422 Differential Receivers -- ISL32610ESupplier: Techwell, Inc.
Description: The ISL32610E, ISL32611E, ISL32612E are ±16.5kV IEC61000 ESD protected, fractional unit load (UL), 1.8V powered, single differential receivers (Rx) for balanced (e.g., RS-485) data communication. With their 85µA supply currents, these receivers are optimized for low power applications
- Technology: RS422, RS485
- Device Type / Applications: Other
- Supply Voltage: 1.8 V, 3.6V
Supplier: Photonic Science
Description: : via small flat-screen monitor or head mounted micro flat-screen. Output: Video transmission using a head or body mounted transmitter. Receiver may be body or desk mounted.
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ifm efector inc.
Optical Fork and Angle Sensors
applications. Typical applications include: part detection on conveyors, rails and belts; detection of object edges and protruding features; gear teeth detection and counting; component position verification, orientation and dimensions; monitoring container fill levels; label detection and hole detection; and tool break monitoring. The Micro DC units are rated IP 67 and are short circuit and overload protected. (read more)
Browse Sensor Transmitters Datasheets for ifm efector inc.
Fiber Optic Sensors For Automation Tasks
Designed as a transmitter and receiver, it guides the light directly to the object via fiber-optic cable. This is ideal in cramped spaces or in difficult installation environments, since the electronics unit can then be mounted a long distance away. With different fiber optics, one can determine whether the light beam between the transmitter and the receiver has been interrupted. This way, simple presence measurements are possible. Details. Precise and reliable object detection. Can be used... (read more)
Browse Fiber Optic Proximity Sensors Datasheets for Micro-Epsilon Group
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Micro-Optical Sensors for Boundary Layer Flow Studies (.pdf)
the sensor is 7.4 mm in air and. measured image. 10 mm in water. Using similar design and fabrication procedures, we have. created complete micro-velocimeter (“MicroV”) sensors. including transmitter and receiver DOEs and fiber-coupled. sources and detectors. A fully packaged MicroV sensor is. shown
System Level Design Considerations When Using I2C Serial EEPROM Devices
of 100mA are injected into the pin. Typical micro-. devices that could not be reset by the previous START. controllers are not capable of supply currents of this mag-. bit. This occurs only if the device is in a mode where it is. nitude, therefore the risk of latch-up is extremely low. either driving
Microwave Photonic Systems Corportate Capability Statement
, telecom, SATCOM and wireless products. RF and Fiber Optic Interface Design, Development and Manufacture: RF, fiber optic, photonic product designs span DC to 40 GHz. Analog, Digital, and Mixed Signal Micro-Electronic Design and Manufacture: embedded processors, power supplies, digital interfaces
Medical Device Link .
The Healthy Aims project, funded by the European Union, started in December 2003 to develop a range of implants and diagnostic equipment that integrate micro-, nano- and biotechnology with wireless communications. The diagnostic equipment and biomaterials under development have been presented
Medical Device Link .
., Micro Med Machining, Stent Technologies, Spectrum Manufacturing, and Utitec, in addition to the European-based firms of UTI-SFM (Germany), and Uniform Tubes (United Kingdom). The merger will allow the new organization to provide a comprehensive array of products and services. The UTI family
KEELOQ Code Hopping Decoder Using Secure Learn
at the. Table 1 summarizes seed transmissions in the Micro-. decoder to determine whether a transmission is valid or. chip HCSXXX encoders. is a repetition of a previous transmission. Previous. codes are rejected to safeguard against code grabbers. TABLE 1: KEELOQ ENCODER SEED TRANSMISSION SUMMARY
Radiated Emissions Measurement How To
frequency range, provided by the manufacturer, and that the antenna is properly calibrated at that frequency. 5) Measure the RF Voltage, Va, referenced to the receiving system. The units should be in decibels referenced to 1 micro-volt, dBm V. If the units are in absolute micro-volts (dependent
Strain Gage Technical Data
that varies and then only due to a change in strain on the surface. There are two main methods used to indicate the change in resistance caused by strain on a gage in a Wheatstone bridge. Often, an indicator will rebalance the bridge, displaying the change in resistance required in micro