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Infrared receiver / remote control - SFH 5110
The IR receiver, SFH 5110 senses illumination from infrared distant power systems that comprise a photodiode, preamplifier, mechanical gain power, demodulator...
Infrared receiver / remote control - SFH 5110
The IR receiver, SFH 5110 senses illumination from infrared distant power systems that comprise a photodiode, preamplifier, mechanical gain power, demodulator and a band pass filter. The black-colored parcel is considered as a daytime stop filter. It features with monolithic incorporated photodiode integrated circuits, particularly, appropriate for 940 nm appliances. It is designed with towering compassion and comes in different carrier frequencies. It is compatible with Transistor–transistor logic and complementary metal–oxide–semiconductor with dynamic low output.
Radio receiver - max. 6 A, 868.3 MHz | RF Rx SW868-1W
The Steute Wireless receiver RF Rx SW868-1W features sWave wireless technology, with one channel of potential-free...
Radio receiver - max. 6 A, 868.3 MHz | RF Rx SW868-1W
The Steute Wireless receiver RF Rx SW868-1W features sWave wireless technology, with one channel of potential-free relay output, one change-over contact with a maximum of 6A, and a transmitter and receiver assignment by teaching mode. Its LEDs allow for indication of switching state, and an ska plug-in connector is provided for an external antenna.
Inductive loads (contactors, relays etc) are suppressed by suitable circuitry.
Inductive loads (contactors, relays etc) are suppressed by suitable circuitry.
Radio receiver - max. 6 A, 868.3 MHz | RF Rx SW868-4W
The features of this product are numerous, such as the advanced sWave wireless technology, four change-over...
Radio receiver - max. 6 A, 868.3 MHz | RF Rx SW868-4W
The features of this product are numerous, such as the advanced sWave wireless technology, four change-over contacts that support up to 6A, and the assignment of receiver/transmitter which is done by teaching mode.
The LEDs used for indicating a switching state make the operationmore user friendly. Finally, the plug-in connector is useful if you want to use this product with an external antenna.
The LEDs used for indicating a switching state make the operationmore user friendly. Finally, the plug-in connector is useful if you want to use this product with an external antenna.
Radio receiver - max. 6 A, 915 MHz | RF Rx SW915-2W-RS232
This wireless receiver features a two-channel (wireless), potential-free relay outputs receiver with sWave® wireless technology....
Radio receiver - max. 6 A, 915 MHz | RF Rx SW915-2W-RS232
This wireless receiver features a two-channel (wireless), potential-free relay outputs receiver with sWave® wireless technology....
Radio receiver - max. 6 A, 915 MHz | RF Rx SW915-4W
This device uses sWave wireless technology for fast and efficient use. It has four-channel...
Radio receiver - max. 6 A, 915 MHz | RF Rx SW915-4W
This device uses sWave wireless technology for fast and efficient use. It has four-channel potential-free relay outputs, and in order to indicate switching state, the device has LEDs that guide the user.
For the external antenna, there is the SMA reverse plug-in connector, which is effective and does not fail.
For the external antenna, there is the SMA reverse plug-in connector, which is effective and does not fail.
Radio receiver - max. 6 A, 2.4 GHz | RF RxT SW2.4-4W
sWave® is a handheld technological innovation having four-station: potential-free pass...
Radio receiver - max. 6 A, 2.4 GHz | RF RxT SW2.4-4W
sWave® is a handheld technological innovation having four-station: potential-free pass...
Ethernet transceiver - 10 Mb/s | STE100P
This device is an Ethernet transceiver made by ST. It provides high bandwidth at an...
Ethernet transceiver - 10 Mb/s | STE100P
This device is an Ethernet transceiver made by ST. It provides high bandwidth at an affordable price.
These transceivers are completely compatible with current 10Mbit/s Ethernet infrastructures and offer vendor-neutral technology for networks. They additionally allow for an elevated degree of network interoperability.
These transceivers are completely compatible with current 10Mbit/s Ethernet infrastructures and offer vendor-neutral technology for networks. They additionally allow for an elevated degree of network interoperability.