Features: • Ideal for 433.92 MHz, 3 V Receivers in Europe (I-ETS 300 220)• High-Sensitivity Passive Design with No RF Oscillation• Baseband Data Rate of 2400 b/s• Simple to Apply with External Parts Count• Rugged, Surface-Mount Package with 130 mm2 FootprintSpecificat...
RX1000: Features: • Ideal for 433.92 MHz, 3 V Receivers in Europe (I-ETS 300 220)• High-Sensitivity Passive Design with No RF Oscillation• Baseband Data Rate of 2400 b/s• Simple to A...
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Features: SpecificationsDescriptionThe RX1011B250Y has the following features including Interdigit...
Rating |
Value |
Units |
Incident RF Power |
+10 |
dBm |
Power Supply Voltage (VCC to Ground) (Observe ESD Precautions) |
-0.3 to +4.0 |
VDC |
ESD (100 pF, 1.5 k) Terminals 2, 3, or 7 to Ground All Other Terminals to Ground |
±2000 |
V |
±300 | ||
Case Temperature |
-40 to +100 |
°C |
This amplifier-sequenced hybrid (ASH) receiver RX1000 is based on several leading-edge technologies that allow outstanding performance in a small and simple-to-apply module. Two surface-accoustic-wave (SAW) devices are employed. Front-end filtering by a low-loss coupled-resonator SAW filter provides excellent selectivity. Typical sensitivity better than -100 dBm is achieved with no RF oscillating or regenerative circuits. This results in virtually no RF spurious emissions. A low-loss SAW delay line provides the time delay necessary to sequence the two RF amplifiers. Time sequencing of the RF gain eliminates the need for frequency conversion prior to AM detection. This receiver RX1000 is designed to operate from 3 V lithium battery with typically 1.1 mA current. For system design flexibility, the baseband output is accessible, and the comparator threshold can be changed externally between two settings. Typical applications include unlicensed wireless remote-controls, security and data-link devices operating in Europe under ETSI I-ETS 300 220.