U2741B-NFBG3Y

PLL transmitter IC, 6 V, 250 mW, 0.35 μA, SSOP

Rated 5 Rating 5 | reviews | Write a review

Price:: US $1.15~1.50 / piece [Get Latest Price]

Reference price:

Qty (lots)	Price/lot
	US $1.15~1.50

PartNumber:: U2741B-NFBG3Y

Brand:: ATMEL Corporation - ATMEL | Pack: SSOP | D/C: 06+

Availability:: Supply Ability: 10000/Week Can Ship Immediately
Delivery: 10-15 Business Days (ships out within 3 Business days)

Quantity:: piece

Total Price:: US $0

Place Order via Escrow Service

Sold By

Ms. Ella's store

(China (Mainland))

add to my favourite

100% Positive feedback

Detailed seller ratings

Visit Store

Contact Now

Esrcow Service

Place orders confidently and securely via it

Safe payments
Quick and easy transactions
Free service charges

Learn More >>

Previous Next

Products Upload time: 2012-11-13

From Other Seller

Part Number:U2741B-NFBG3Y
US $1.15 - 1.50
EKZE250ELL152MK25S

US $0.10 - 1.00 / Piece
(0) Remove
AT45DB161B-TI

US $0.90 - 2.00 / Piece
(0) Remove
Quantity:

piece

Product Summary

The U2741B-NFBG3Y is a PLL transmitter IC which has been especially developed for the demands of RF low-cost data transmission systems at data rates up to 20 kBaud. The transmitting frequency range is 300 MHz to 450 MHz. The U2741B-NFBG3Y can be used in both FSK and ASK systems.

Parametrics

U2741B-NFBG3Y absolute maximum ratings: (1)Supply voltage VS: 6 V; (2)Power dissipation Ptot: 250 mW; (3)Junction temperature Tj: 150 ℃; (4)Storage temperature Tstg: -55 125 ℃; (5)Ambient temperature Tamb: -40 105 ℃; (6)Supply current (power down)VASK, VFSK ≤ 0.3V, VS < 3.6V ISoff: 0.35 μA.

Features

U2741B-NFBG3Y features: (1)Very High Transmitting Frequency Accuracy Compared to SAW Solutions (Enables Receivers at Lower Bandwidth than with SAW Resonators); (2)Lower Cost than the Usual Discrete Solutions Using SAW and Transistors; (3)Supply Voltage 2.0V to 5.5V in the Temperature Range –20℃ to +70℃, Supply Voltage 2.2 V to 5.5 V in the Temperature Range –40℃ to +85℃; (4)XTO Output for Clocking the Microcontroller, Thereby Together with the ATAR090 or ATAR890 Results in the Optimum System Cost-effectiveness; (5)One-chip Solution with Minimum External Circuitry; (6)Very Small SSO16 Package, Pitch 0.635, 150 mil; (7)Single-ended Open-collector Output (Same Antennas as in Discrete Solutions Can Be Used, Simpler Adaptation of Magnetic Loop Antennas); (8)Very Large FSK Frequency Deviation Achievable by ±100 ppm Pulling of the Reference Crystal; (9)Enables Receivers at Lower Bandwidth than with SAW Resonators; (10)ESD Protection According to MIL-STD.883 (4 KV HBM)Except Pins XTO1/ 2, ANT and LF.