MPC9447 is specifically designed to distribute LVCMOS compatible clock signals up to a frequency of 350 MHz. Each output provides a precise copy of the input signal with a near zero skew. The outputs buffers support driving of 50Ω terminated transmission lines on the incident edge: each is capable of driving either one parallel terminated or two series termi.
Freescale Semiconductor, Inc...
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9 LVCMOS Compatible Clock Outputs 2 Selectable, LVCMOS Compatible Inputs Maximum Clock Frequency of 350 MHz Maximum Clock Skew of 150 ps
3.3 V/2.5 V LVCMOS 1:9 CLOCK FANOUT BUFFER
Synchronous Output Stop in Logic Low State Eliminates Output Runt Pulses
• High--Impedance Output Control
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3.3V or 2.5V Power Supply Drives up to 18 Series Terminated Clock Lines Ambient Temperature Range --40_C to +85_C 32 Lead LQFP Packaging
FA SUFFIX 32--LEAD LQFP PACKAGE CASE 873A
Supports Clock Distribution in Networking, Telecommunications, and Computer.
MPC9447 is specifically designed to distribute LVCMOS compatible clock signals up to a frequency of 350 MHz. Each output.
MPC9447 is specifically designed to distribute LVCMOS compatible clock signals up to a frequency of 350 MHz. Each output.
No. | Partie # | Fabricant | Description | Fiche Technique |
---|---|---|---|---|
1 | MPC9443 |
Motorola |
2.5V AND 3.3V LVCMOS CLOCK FANOUT BUFFER | |
2 | MPC9446 |
Motorola |
2.5V and 3.3V LVCMOS Clock Fanout Buffer | |
3 | MPC9446 |
IDT |
LVCMOS CLOCK FANOUT BUFFER | |
4 | MPC9446 |
Renesas |
LVCMOS Clock Fanout Buffer | |
5 | MPC9448 |
Motorola |
3.3V/2.5V LVCMOS 1:12 Clock Fanout Buffer | |
6 | MPC9449 |
Motorola |
3.3V / 2.5 V 1:15 PECL/LVCMOS | |
7 | MPC940 |
Motorola |
LOW VOLTAGE 1:18 CLOCK DISTRIBUTION CHIP | |
8 | MPC940L |
Motorola |
LOW VOLTAGE 1:18 CLOCK DISTRIBUTION CHIP | |
9 | MPC940L |
IDT |
LOW VOLTAGE 1:18 CLOCK DISTRIBUTION CHIP | |
10 | MPC940L |
Renesas |
LOW VOLTAGE 1:18 CLOCK DISTRIBUTION CHIP | |
11 | MPC941 |
Motorola |
LOW VOLTAGE 1:27 CLOCK DISTRIBUTION CHIP | |
12 | MPC942C |
Motorola Inc |
LOW VOLTAGE 1:18 CLOCK DISTRIBUTION CHIP |