ICS525 Search Results

ICS525R-02ILF

Abstract: marking 37525 ICS525R-02I ICS307 ICS525-01 ICS525-02 ICS525-11 ICS527-01
Contextual Info: ICS525-01/02/11/12 User Configurable Clock Description Features The ICS525-01/02/11/12 are the most flexible way to generate a high-quality, high-accuracy, high-frequency clock output from an inexpensive crystal or clock input. The user can configure the device to produce nearly

4 pin loco crystal oscillator

Contextual Info: ICS525-03 PECL Input OSCaR User Configurable Clock Description Features The ICS525-03 OSCaR™ is the most flexible way to generate a high quality, high accuracy, high frequency clock output from a PECL clock input. The name OSCaR stands for OSCillator Replacement, as

4 pin loco crystal oscillator

Abstract: ICS307 ICS525 ICS525-01 ICS525-01R ICS525-01RI ICS525-01RT ICS525-02 ICS527-01 circuit diagram of electronic calculator using microcontroller
Contextual Info: ICS525-01/02 OSCaR User Configurable Clock Description Features The ICS525-01 and ICS525-02 are the most flexible way to generate a high quality, high accuracy, high frequency clock output from an inexpensive crystal or clock input. The name OSCaR stands for OSCillator

sw dip-10

Abstract: 50 Ohm Termination pad resistor 68 Ohm SW DIP 10 ICS527-02 DIP-10 ICS525-01 ICS527-01 95126
Contextual Info: ICS527-01/02 Demo Board Instructions ICS527-01/02 Demo Board The ICS527-01/02 demo board provides a way to quickly evaluate the performance of the ICS525-01 or ICS527-02 Clock Slicer User Configurable PECL Input Zero Delay Buffer. Power Connect 3.3 across the VDD and GND header pins.

ICS307

Abstract: ICS525R-07
Contextual Info: PRELIMINARY INFORMATION ICS525-07/08 LVCMOS User Configurable Clock Features Description The ICS525-07/08 are the most flexible way to generate a high-quality clock output from an inexpensive crystal or clock input at low supply voltages. The user can configure the device to produce

ICS525

Abstract: ICS525-04 ICS525R-04 ICS525R-04I ICS525R-04IT ICS525R-04T ICS527-02 MAN09
Contextual Info: ICS525-04 OSCaRTM User Configurable PECL Clock Description Features The ICS525-04 OSCaRTM is the most flexible way to generate a high quality, high frequency differential PECL clock output from a crystal or CMOS clock input. The name OSCaRTM stands for Oscillator

Contextual Info: ICS525-01/02 OSCaRTM User Configurable Clock Description Features The ICS525-01/02 are the most flexible way to generate a high-quality, high-accuracy, high-frequency clock output from an inexpensive crystal or clock input. The name OSCaR stands for OSCillator Replacement,

Contextual Info: ICROCLOCK ICS525 OSCaR User Configurable Clock Description Features The ICS525 OSCaR™ is the most flexible way to generate a high quality, high accuracy, high frequency clock output from an inexpensive crystal or clock input. The name OSCaR stands for OSCillator Replacement, as it is designed to

525-01

Abstract: M/ICS525
Contextual Info: ICS525-01/02 OSCaRTM User Configurable Clock Description Features The ICS525-01/02 are the most flexible way to generate a high-quality, high-accuracy, high-frequency clock output from an inexpensive crystal or clock input. The name OSCaR stands for OSCillator Replacement,

Contextual Info: PRELIMINARY INFORMATION ICS525-07/08 LVCMOS User Configurable Clock Features Description The ICS525-07/08 are the most flexible way to generate a high-quality clock output from an inexpensive crystal or clock input at low supply voltages. The user can configure the device to produce

Contextual Info: ICS525-03 PECL Input OSCaR User Configurable Clock Description Features The ICS525-03 are the most flexible way to generate a high-quality, high-accuracy, high-frequency clock output from a PECL input. The name OSCaR stands for OSCillator Replacement, as they are designed to

Contextual Info: DATASHEET ICS525-04 OSCAR USER CONFIGURABLE PECL CLOCK Description Features The ICS525-04 OSCaRTM is the most flexible way to generate a high quality, high frequency differential PECL clock output from a crystal or CMOS clock input. The name OSCaRTM stands for Oscillator Replacement, as it is

ICS525

Abstract: ICS525-03 ICS525R-03ILF MAN09
Contextual Info: DATASHEET ICS525-03 PECL INPUT OSCAR USER CONFIGURABLE CLOCK Description Features The ICS525-03 are the most flexible way to generate a high-quality, high-accuracy, high-frequency clock output from a PECL input. The name OSCaR stands for OSCillator Replacement, as they are designed to

ICS525-04

Abstract: ICS525 ICS525R-04 ICS525R-04I ICS527-02 MAN09 ICS525 IDT Binary divider CMOS
Contextual Info: DATASHEET ICS525-04 OSCAR USER CONFIGURABLE PECL CLOCK Description Features The ICS525-04 OSCaRTM is the most flexible way to generate a high quality, high frequency differential PECL clock output from a crystal or CMOS clock input. The name OSCaRTM stands for Oscillator Replacement, as it is

ssop-28 reliability

Abstract: 525R-11LF
Contextual Info: DATASHEET ICS525-01/02/11/12 USER CONFIGURABLE CLOCK Description Features The ICS525-01/02/11/12 are the most flexible way to generate a high-quality, high-accuracy, high-frequency clock output from an inexpensive crystal or clock input. The user can configure the device to produce nearly

ICS525

Abstract: ICS525-03 ICS525R-03ILF MAN09
Contextual Info: DATASHEET ICS525-03 PECL INPUT OSCAR USER CONFIGURABLE CLOCK Description Features The ICS525-03 are the most flexible way to generate a high-quality, high-accuracy, high-frequency clock output from a PECL input. The name OSCaR stands for OSCillator Replacement, as they are designed to

ICS525-01

Abstract: ICS525-02 ICS307 ICS525 ICS527-01
Contextual Info: ICS525-01/02 OSCaRTM User Configurable Clock Description Features The ICS525-01/02 are the most flexible way to generate a high-quality, high-accuracy, high-frequency clock output from an inexpensive crystal or clock input. The name OSCaR stands for OSCillator Replacement,

525R-03ILFT

Abstract: ICS525 ICS525-03 ICS525R-03I MAN09
Contextual Info: DATASHEET ICS525-03 PECL INPUT OSCAR USER CONFIGURABLE CLOCK Description Features The ICS525-03 are the most flexible way to generate a high-quality, high-accuracy, high-frequency clock output from a PECL input. The name OSCaR stands for OSCillator Replacement, as they are designed to

ICS525-04

Contextual Info: ICS525-04 OSCaR User Configurable PECL Clock Description Features The ICS525-04 OSCaR™ is the most flexible way to generate a high quality, high accuracy, high frequency differential PECL clock output from a crystal or CMOS clock input. The name OSCaR

ICS525-02

Abstract: ICS307 ICS525 ICS525-01 ICS525-01R ICS527-01 28-pin SSOP
Contextual Info: ICS525-01/02 OSCaRTM User Configurable Clock Description Features The ICS525-01/02 are the most flexible way to generate a high-quality, high-accuracy, high-frequency clock output from an inexpensive crystal or clock input. The name OSCaR stands for OSCillator Replacement,

ICS525

Abstract: ICS525-04 ICS525R-04 ICS525R-04I ICS525R-04IT ICS525R-04T ICS527-02 MAN09
Contextual Info: DATASHEET ICS525-04 OSCAR USER CONFIGURABLE PECL CLOCK Description Features The ICS525-04 OSCaRTM is the most flexible way to generate a high quality, high frequency differential PECL clock output from a crystal or CMOS clock input. The name OSCaRTM stands for Oscillator Replacement, as it is

ICS525

Contextual Info: Instructions for ICS525 OSCAR Demo Board ICS525 Demo Board The ICS525 OSCARTM demo board provides a way to quickly evaluate the performance of the ICS525 family of programmable oscillator replacement clock generators. The connector on the bottom of the board

Contextual Info: PRELIMINARY INFORMATION ICS525-03 PECL Input OSCaR User Configurable Clock Description Features The ICS525-03 OSCaR™ is the most flexible way to generate a high quality, high accuracy, high frequency clock output from a PECL clock input. The name OSCaR stands for OSCillator

426 L

Contextual Info: ICS525-01/02/11/12 User Configurable Clock Description Features The ICS525-01/02/11/12 are the most flexible way to generate a high-quality, high-accuracy, high-frequency clock output from an inexpensive crystal or clock input. The user can configure the device to produce nearly