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ルネサス エレクトロニクス株式会社 (Renesas Electronics Corporation) - 6月はプライド月間として、LGBTQ+の権利や文化、コミュニティについて啓発する世界的な活動月間です
Low Phase Noise Zero Delay Buffer

パッケージ情報

CADモデル:View CAD Model
Pkg. Type:SOIC
Pkg. Code:DCG8
Lead Count (#):8
Pkg. Dimensions (mm):4.9 x 3.9 x 1.5
Pitch (mm):1.27

環境及び輸出分類情報

Moisture Sensitivity Level (MSL)1
Pb (Lead) FreeYes
ECCN (US)EAR99
HTS (US)8542.39.0090

製品スペック

Lead Count (#)8
Carrier TypeReel
Moisture Sensitivity Level (MSL)1
Qty. per Reel (#)3000
Qty. per Carrier (#)0
Pb (Lead) FreeYes
Pb Free Categorye3 Sn
Temp. Range (°C)0 to 70°C
Advanced FeaturesFeedback Input
Core Voltage (V)3.3V, 5V
Feedback InputYes
Input Freq (MHz)10 - 160
Input TypeLVCMOS
Inputs (#)1
Length (mm)4.9
MOQ3000
Output Banks (#)2
Output Freq Range (MHz)10 - 160
Output Skew (ps)850
Output TypeLVCMOS
Output Voltage (V)3.3V, 5V
Outputs (#)2
Package Area (mm²)19.1
Period Jitter Typ P-P (ps)80
Pitch (mm)1.27
Pkg. Dimensions (mm)4.9 x 3.9 x 1.5
Pkg. TypeSOIC
Product CategoryZero Delay Buffers
Prog. ClockNo
Reel Size (in)13
Requires Terms and ConditionsDoes not require acceptance of Terms and Conditions
Tape & ReelYes
Thickness (mm)1.5
Width (mm)3.9

説明

The 571 is a high speed, high output drive, low phase noise Zero Delay Buffer (ZDB) which integrates IDT's proprietary analog/digital Phase Locked Loop (PLL) techniques. IDT introduced the world standard for these devices in 1992 with the debut of the AV9170, and updated that with the 570. The 571, part of IDT's ClockBlocks™ family, was designed to operate at higher frequencies, with faster rise and fall times, and with lower phase noise. The zero delay feature means that the rising edge of the input clock aligns with the rising edges of both outputs, giving the appearance of no delay through the device. There are two outputs on the chip, one being a low-skew divide by two of the other. The chip is ideal for synchronizing outputs in a large variety of systems, from personal computers to data communications to video. By allowing offchip feedback paths, the 571 can eliminate the delay through other devices. The use of dividers in the feedback path will enable the part to multiply by more than two.