CPU Frequency Generator

General Description The AV9107C offers a tiny footprint solution for generating two simultaneous clocks. One clock, the REFCLK, is a fixed output frequency which is the same as the input reference crystal (or clock). The other clock, CLK1, can vary between 2 and 120 MHz, with up to 16 selectable

CPU Frequency Generator

General Description The AV9107C offers a tiny footprint solution for generating two simultaneous clocks. One clock, the REFCLK, is a fixed output frequency which is the same as the input reference crystal (or clock). The other clock, CLK1, can vary between 2 and 120 MHz, with up to 16 selectable

CPU Frequency Generator

General Description\nThe AV9107C offers a tiny footprint solution for generating two simultaneous clocks. One clock, the REFCLK, is a fixed output frequency which is the same as the input reference crystal (or clock). The other clock, CLK1, can vary between 2 and 120 MHz, with up to 16 selectable pr ● Patented on-chip Phase-Locked Loop with VCO for clock generation\n● Provides reference clock and synthesized clock\n● Generates frequencies from 2 to 120 MHz (depending on option), operates to 80 MHz for VDD 3.3V±10%\n● 8-pin DIP or SOIC package or 14-pin DIP or SOIC package\n● 2 to 32 MHz inp;

CPU Frequency Generator

General Description The AV9107C offers a tiny footprint solution for generating two simultaneous clocks. One clock, the REFCLK, is a fixed output frequency which is the same as the input reference crystal (or clock). The other clock, CLK1, can vary between 2 and 120 MHz, with up to 16 selectable

CPU Frequency Generator

General Description The AV9107C offers a tiny footprint solution for generating two simultaneous clocks. One clock, the REFCLK, is a fixed output frequency which is the same as the input reference crystal (or clock). The other clock, CLK1, can vary between 2 and 120 MHz, with up to 16 selectable

CPU Frequency Generator

General Description The AV9107C offers a tiny footprint solution for generating two simultaneous clocks. One clock, the REFCLK, is a fixed output frequency which is the same as the input reference crystal (or clock). The other clock, CLK1, can vary between 2 and 120 MHz, with up to 16 selectable

Green PC CPU Frequency Generator

General Description The AV9107C offers a tiny footprint solution for generating two simultaneous clocks. One clock, the REFCLK, is a fixed output frequency which is the same as the input reference crystal (or clock). The other clock, CLK1, can vary between 2 and 120 MHz, with up to 16 selectable

CPU Frequency Generator

General Description The AV9107C offers a tiny footprint solution for generating two simultaneous clocks. One clock, the REFCLK, is a fixed output frequency which is the same as the input reference crystal (or clock). The other clock, CLK1, can vary between 2 and 120 MHz, with up to 16 selectable

CPU Frequency Generator

General Description The AV9107C-13 offers a tiny footprint solution for generating two simultaneous clocks. The AV9107C-13 uses a 20 MHz crystal to generate two PLL synthesis outputs of 20 and 40 MHz. The Output enable pin will tristate the 40 MHz output when low (maintaining the 20 MHz output ru

CPU Frequency Generator

General Description\nThe AV9107C-13 offers a tiny footprint solution for generating two simultaneous clocks. The AV9107C-13 uses a 20 MHz crystal to generate two PLL synthesis outputs of 20 and 40 MHz. The Output enable pin will tristate the 40 MHz output when low (maintaining the 20 MHz output runi ● Patented on-chip Phase-Locked Loop with VCO for clock generation\n● Provides two synthesized clocks\n● Generates 20 and 40 MHz output frequencies.\n● On-chip loop filter\n● Low power CMOS technology\n● Single +3.3 or +5 volt power supply\n● 8-pin SOIC package;

CPU Frequency Generator

General Description The AV9107C-13 offers a tiny footprint solution for generating two simultaneous clocks. The AV9107C-13 uses a 20 MHz crystal to generate two PLL synthesis outputs of 20 and 40 MHz. The Output enable pin will tristate the 40 MHz output when low (maintaining the 20 MHz output ru

CPU Frequency Generator

General Description The AV9107C-17 offers a tiny footprint solution for generating two simultaneous clocks. One clock, the REFCLK, is a fixed output frequency which is the same as the input reference crystal (or clock). The other clock, CLK1, can vary between 25.06 and 33.29 MHz. The device has a

CPU Frequency Generator

General Description The AV9107C-17 offers a tiny footprint solution for generating two simultaneous clocks. One clock, the REFCLK, is a fixed output frequency which is the same as the input reference crystal (or clock). The other clock, CLK1, can vary between 25.06 and 33.29 MHz. The device has a

CPU Frequency Generator

General Description The AV9107C-17 offers a tiny footprint solution for generating two simultaneous clocks. One clock, the REFCLK, is a fixed output frequency which is the same as the input reference crystal (or clock). The other clock, CLK1, can vary between 25.06 and 33.29 MHz. The device has a

CPU Frequency Generator

General Description The AV9107C-17 offers a tiny footprint solution for generating two simultaneous clocks. One clock, the REFCLK, is a fixed output frequency which is the same as the input reference crystal (or clock). The other clock, CLK1, can vary between 25.06 and 33.29 MHz. The device has a

Frequency Generator for Fibre Channel Systems

General Description The AV9107C-19 and AV9107C-20 are high-speed clock generators designed to support fibre channel system requirements. The AV9107C-19 generates a single copy of the 106.25 MHz from a 17 MHz crystal. The AV9107C-20 provides a second copy of the 106.25 MHz clock with output skew l

Frequency Generator for Fibre Channel Systems

General Description The AV9107C-19 and AV9107C-20 are high-speed clock generators designed to support fibre channel system requirements. The AV9107C-19 generates a single copy of the 106.25 MHz from a 17 MHz crystal. The AV9107C-20 provides a second copy of the 106.25 MHz clock with output skew l

Frequency Generator for Fibre Channel Systems

General Description The AV9107C-19 and AV9107C-20 are high-speed clock generators designed to support fibre channel system requirements. The AV9107C-19 generates a single copy of the 106.25 MHz from a 17 MHz crystal. The AV9107C-20 provides a second copy of the 106.25 MHz clock with output skew l

Frequency Generator for Fibre Channel Systems

General Description The AV9107C-19 and AV9107C-20 are high-speed clock generators designed to support fibre channel system requirements. The AV9107C-19 generates a single copy of the 106.25 MHz from a 17 MHz crystal. The AV9107C-20 provides a second copy of the 106.25 MHz clock with output skew l

CPU Frequency Generator

25ns, Dual/Quad/Single, Low-Power, TTL Comparators

General Description The MAX9107/MAX9108/MAX9109 dual/quad/single, high-speed, low-power voltage comparators are designed for use in systems powered from a single +5V supply. Their 25ns propagation delay (with 10mV input overdrive) is achieved with a power consumption of only 1.75mW per comparator

25ns, Dual/Quad/Single, Low-Power, TTL Comparators

General Description The MAX9107/MAX9108/MAX9109 dual/quad/single, high-speed, low-power voltage comparators are designed for use in systems powered from a single +5V supply. Their 25ns propagation delay (with 10mV input overdrive) is achieved with a power consumption of only 1.75mW per comparator

PWM Control, PWM/PFM Switching Control, Step-up DC/DC Converters

GENERAL DESCRIPTION The XC9106 / 07 series are step-up DC/DC controller ICs with an externally applied reference voltage (Vref). Output voltage will be set with external resistors (RFB1 and 2) and Vref value. The series make it easy to control output voltage externally and are suited to software

PWM Control, PWM/PFM Switching Control, Step-up DC/DC Converters

GENERAL DESCRIPTION The XC9106 / 07 series are step-up DC/DC controller ICs with an externally applied reference voltage (Vref). Output voltage will be set with external resistors (RFB1 and 2) and Vref value. The series make it easy to control output voltage externally and are suited to software