2500PIECES Search Results

Contextual Info: RFFM6907 RFFM6907 2.8V to 4.0V, 915MHz Transmit/Receive Module RFFM6907 is a front end module FEM intended for 868MHz to 930MHz AMI/AMR systems. This module provides separate ports for Rx and Tx paths. The Tx section provides a single stage PA with minimum output power of 30dBm and gain of 14.5dB. The

ZBF253D-00

Abstract: ZBF113 ZBF506D-00 74ASO4 ZBF113T-01-01 ZBF116T-01A-01 ZBF503D-00
Contextual Info: 1/2 Ferrite Bead Filters(LEAD) For Signal Line Conformity to RoHS Directive ZBF Series FEATURES • With an impedance greater than 30Ω across the 30 to 1000MHz frequency range, these ferrite beads absorb noise by resistance at high frequencies. • Good high frequency characteristics due to low distributed

74hc273

Abstract: 74HC224 74HC76 74HC244 HD74HC240
Contextual Info: Application Note I 420 i 1. Input Protection Circuit An Si-gate process is applied to H itachi's high-speed CMOS logic ICs. They have a thinner gate oxide compared to conven­ tional A l-gate COMS logic ICs and are composed into finer patterns. Therefore, an input protection circuit is necessary fo r the gate

Contextual Info: Gds Aˉ D Numberof D丨 N41612・ VG95324・ Type D α冫 ntads max• 32 F0male conn∷ ectors Drawing Part No DimensIOnsln mm dentification啷 order contacts separately ntacts Female Connector for crimp contacts Numberofcο ldentification - —— — ———

Contextual Info: RFFM6907 RFFM6907 2.8V to 4.0V, 915MHz Transmit/Receive Module RFFM6907 is a front end module FEM intended for 868MHz to 930MHz AMI/AMR systems. This module provides separate ports for Rx and Tx paths. The Tx section provides a single stage PA with minimum output power of 30dBm and gain of 13dB. The Rx

Contextual Info: TAG1-100 - Dot Matrix Labels Page 1 of 3 TAG1-100 Dot Matrix, Self-Laminating Label, 1.9" X .75' X 3.19", 4 Across, White, 2500/pkg Article Number: 595-01100 Part Number: TAG1-100 Type: TAG1 Base Data Part No. TAG1-100 Type TAG1 Color White WH Features • Tabtag Dot Matrix labels are specifically made for use in dot matrix