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Daudzums | |
---|---|
1+ | 3,010 € |
10+ | 2,700 € |
25+ | 2,540 € |
50+ | 2,370 € |
100+ | 2,210 € |
250+ | 2,100 € |
500+ | 1,890 € |
1000+ | 1,680 € |
Informācija par produktiem
Produktu pārskats
PTX105RDQ56D13 is a PTX105R mid-power, multi-protocol NFC forum-compliant reader IC. It is a highly integrated NFC reader IC for contactless communication, which is optimized for reader performance and interoperability (Vcc current up to 500mA). While eliminating EMC filter and matching components, the PTX105R enables simple integration and compact design without the complexity associated with existing solutions (dual resonating circuits composed by EMC filter and antenna). Superior sensitivity, accurate digital wave shaping, and reduced bill-of-materials compared to conventional square-wave NFC controllers enable optimal interoperability, simplified FCC certification, and faster NFC Forum compliance. Typical applications are personal safety trackers, smart locks with super low power Wi-Fi and Bluetooth low energy, green 3-phase smart energy meters, IoT communications gateway hubs, 1-phase power meters, smart NFC access control systems.
- Efficient power transmission with accurate digital programmability of RF carrier, modulation shape
- EMC filter removal due to sinewave output driver and Direct Antenna Connection (DiRAC)
- -80dBc RX sensitivity with full dynamic range due to DiRAC
- ISO/IEC14443-A reader/writer mode up to 848kBit/s, ISO/IEC14443-B reader/writer mode up to 848kBit/s
- Supports reading of NFC Tag Type 2, 3, 4A/4B and 5, ISO/IEC 15693 reader/writer mode
- NFC card emulation mode for tag type 4A (106kBit/s), low power field detection (LPFD)
- EMVCo® 3.0/3.1 PCD L1 compliancy, programmable GPIOs
- Ambient temperature range from -40 to 85°C
- Supply voltage range from 2.7 to 5.5V, 500mA supply current
- HVQFN56 package
Tehniskie parametri
13.15MHz
Read, Write
1W
56Pins
5.5V
-
52MHz
-
HVQFN
2.7V
-
No SVHC (21-Jan-2025)
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Valsts, kurā veikts pēdējais nozīmīgais ražošanas processIzcelsmes valsts:China
Valsts, kurā veikts pēdējais nozīmīgais ražošanas process
RoHS
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