Part number:
ATA5749
Manufacturer:
ATMEL
File Size:
707.59 KB
Description:
Fractional-n pll transmitter.
* Fully Integrated Fractional-N PLL
* ASK and Closed Loop FSK Modulation
* Output Power Up to +12.5dBm from 300MHz to 450MHz
* Current Consumption is Scaled by Output Power Programming
* Fast Crystal Oscillator Start-up Time of Typically 200µs
* Low Cu
ATA5749
ATMEL
707.59 KB
Fractional-n pll transmitter.
📁 Related Datasheet
ATA5743 - UHF ASK/FSK Receiver
(ATMEL Corporation)
Features
• • • • • • • • • • • • •
Two Different IF Receiving Bandwidth Versions are Available (BIF = 300 kHz or 600 kHz) 5V to 20V Automotive-Compati.
ATA5744 - UHF ASK Receiver
(ATMEL Corporation)
Features
• Minimal External Circuitry Requirements, no RF Components on the PC Board Except • • • • • • • • • • • •
Matching to the Receiver Antenna H.
ATA5745 - UHF ASK/FSK Receiver
(ATMEL Corporation)
Features
• Transparent RF Receiver ICs for 315 MHz (ATA5746) and 433.92 MHz (ATA5745) With • •
High Receiving Sensitivity Fully Integrated PLL With Lo.
ATA5746 - UHF ASK/FSK Receiver
(ATMEL Corporation)
Features
• Transparent RF Receiver ICs for 315 MHz (ATA5746) and 433.92 MHz (ATA5745) With • •
High Receiving Sensitivity Fully Integrated PLL With Lo.
ATA5723 - (ATA5723 - ATA5728) UHF ASK/FSK Receiver
(ATMEL)
Features
• Frequency Receiving Range of (3 Versions)
– f0 = 312.5 MHz to 317.5 MHz or – f0 = 431.5 MHz to 436.5 MHz or – f0 = 868 MHz to 870 MHz 30 dB.
ATA5724 - (ATA5723 - ATA5728) UHF ASK/FSK Receiver
(ATMEL)
Features
• Frequency Receiving Range of (3 Versions)
– f0 = 312.5 MHz to 317.5 MHz or – f0 = 431.5 MHz to 436.5 MHz or – f0 = 868 MHz to 870 MHz 30 dB.
ATA5728 - (ATA5723 - ATA5728) UHF ASK/FSK Receiver
(ATMEL)
Features
• Frequency Receiving Range of (3 Versions)
– f0 = 312.5 MHz to 317.5 MHz or – f0 = 431.5 MHz to 436.5 MHz or – f0 = 868 MHz to 870 MHz 30 dB.
ATA5756 - UHF ASK/FSK TRANSMITTER
(ATMEL Corporation)
ATA5756/ATA5757
UHF ASK/FSK Transmitter
DATASHEET
Features
● PLL transmitter IC with single-ended output ● High output power (6dBm) at 8.1mA (315MHz) .
