Multiply by 16, 32 Phase-Locked Loop Clock Generator

DESCRIPTION The AZ12010 contains all of the functional elements necessary to implement a Phase-Locked Loop for clock multiplication at frequencies up to 800 MHz. A fixed 32 times multiplication allows the use of low cost crystals or a low frequency reference signal. The output can be divided b

Multiply by 16, 32 Phase-Locked Loop Clock Generator

DESCRIPTION The AZ12010 contains all of the functional elements necessary to implement a Phase-Locked Loop for clock multiplication at frequencies up to 800 MHz. A fixed 32 times multiplication allows the use of low cost crystals or a low frequency reference signal. The output can be divided b

Multiply by 16, 32 Phase-Locked Loop Clock Generator

DESCRIPTION The AZ12010 contains all of the functional elements necessary to implement a Phase-Locked Loop for clock multiplication at frequencies up to 800 MHz. A fixed 32 times multiplication allows the use of low cost crystals or a low frequency reference signal. The output can be divided b

Multiply by 16, 32 Phase-Locked Loop Clock Generator

DESCRIPTION The AZ12010 contains all of the functional elements necessary to implement a Phase-Locked Loop for clock multiplication at frequencies up to 800 MHz. A fixed 32 times multiplication allows the use of low cost crystals or a low frequency reference signal. The output can be divided b

Multiply by 16, 32 Phase-Locked Loop Clock Generator

DESCRIPTION The AZ12010 contains all of the functional elements necessary to implement a Phase-Locked Loop for clock multiplication at frequencies up to 800 MHz. A fixed 32 times multiplication allows the use of low cost crystals or a low frequency reference signal. The output can be divided b

Multiply by 16, 32 Phase-Locked Loop Clock Generator

DESCRIPTION The AZ12010 contains all of the functional elements necessary to implement a Phase-Locked Loop for clock multiplication at frequencies up to 800 MHz. A fixed 32 times multiplication allows the use of low cost crystals or a low frequency reference signal. The output can be divided b

Multiply by 16, 32 Phase-Locked Loop Clock Generator

DESCRIPTION The AZ12010 contains all of the functional elements necessary to implement a Phase-Locked Loop for clock multiplication at frequencies up to 800 MHz. A fixed 32 times multiplication allows the use of low cost crystals or a low frequency reference signal. The output can be divided b

Multiply by 16, 32 Phase-Locked Loop Clock Generator

DESCRIPTION The AZ12010 contains all of the functional elements necessary to implement a Phase-Locked Loop for clock multiplication at frequencies up to 800 MHz. A fixed 32 times multiplication allows the use of low cost crystals or a low frequency reference signal. The output can be divided b

Multiply by 16, 32 Phase-Locked Loop Clock Generator

DESCRIPTION The AZ12010 contains all of the functional elements necessary to implement a Phase-Locked Loop for clock multiplication at frequencies up to 800 MHz. A fixed 32 times multiplication allows the use of low cost crystals or a low frequency reference signal. The output can be divided b

Multiply by 16, 32 Phase-Locked Loop Clock Generator

DESCRIPTION The AZ12010 contains all of the functional elements necessary to implement a Phase-Locked Loop for clock multiplication at frequencies up to 800 MHz. A fixed 32 times multiplication allows the use of low cost crystals or a low frequency reference signal. The output can be divided b

Multiply by 16, 32 Phase-Locked Loop Clock Generator

DESCRIPTION The AZ12010 contains all of the functional elements necessary to implement a Phase-Locked Loop for clock multiplication at frequencies up to 800 MHz. A fixed 32 times multiplication allows the use of low cost crystals or a low frequency reference signal. The output can be divided b

Multiply by 16, 32 Phase-Locked Loop Clock Generator

DESCRIPTION The AZ12010 contains all of the functional elements necessary to implement a Phase-Locked Loop for clock multiplication at frequencies up to 800 MHz. A fixed 32 times multiplication allows the use of low cost crystals or a low frequency reference signal. The output can be divided b

Series 700 Elevator Strip-Line??Socket w/Bifurcated Contacts & Solder Pin Tails

文件：611.39 Kbytes Page：1 Pages

12-Bit, 10 MSPS, 160 mW A/D Converter with Internal Sample-and-Hold

文件：1.06975 Mbytes Page：30 Pages

ADC12010 12-Bit, 10 MSPS, 160 mW A/D Converter with Internal Sample-and-Hold

文件：1.06709 Mbytes Page：30 Pages

12-Bit, 10 MSPS, 160 mW A/D Converter with Internal Sample-and-Hold

文件：1.14658 Mbytes Page：31 Pages

12-Bit, 10 MSPS, 160 mW A/D Converter with Internal Sample-and-Hold

文件：606.55 Kbytes Page：22 Pages