SP5569 Search Results

SP5569

Abstract: SP5659 VHF-UHF Band oscillator SP5658
Contextual Info: SP5659 2•7GHz I2C Bus Low Phase Noise Synthesiser Preliminary Information DS4296 The SP5659 is a single chip frequency synthesiser designed for tuning systems up to 2·7GHz. The RF preamplifier drives a divide-by two prescaler which can be disabled for applications up to 2GHz, allowing

Contextual Info: M IT E L SP5659 2-7GHz l2C Bus Low Phase Noise Synthesiser S E M IC O N D U C T O R _ Preliminary Information Supersedes March 1996 version, DS4206-1.8 TheSP5659isasingle ch ip frequency synth esiserdesigned for tuning systems up to 2-7GHz.

Contextual Info: SP5659 2•7GHz I2C Bus Low Phase Noise Synthesiser Preliminary Information DS4296 The SP5659 is a single chip frequency synthesiser designed for tuning systems up to 2·7GHz. The RF preamplifier drives a divide-by two prescaler which can be disabled for applications up to 2GHz, allowing

Contextual Info: SP5659 2•7GHz I2C Bus Low Phase Noise Synthesiser Preliminary Information DS4296 The SP5659 is a single chip frequency synthesiser designed for tuning systems up to 2·7GHz. The RF preamplifier drives a divide-by two prescaler which can be disabled for applications up to 2GHz, allowing

SP5658

Abstract: SP5659 SP8659 6260 crystal oscillator
Contextual Info: SP5659 2•7GHz I2C Bus Low Phase Noise Synthesiser Preliminary Information DS4296 The SP5659 is a single chip frequency synthesiser designed for tuning systems up to 2·7GHz. The RF preamplifier drives a divide-by two prescaler which can be disabled for applications up to 2GHz, allowing

SP5658

Abstract: SP5659
Contextual Info: SP5659 2•7GHz I2C Bus Low Phase Noise Synthesiser Preliminary Information DS4296 The SP5659 is a single chip frequency synthesiser designed for tuning systems up to 2·7GHz. The RF preamplifier drives a divide-by two prescaler which can be disabled for applications up to 2GHz, allowing

Contextual Info: SP5659 2•7GHz I2C Bus Low Phase Noise Synthesiser Preliminary Information DS4296 The SP5659 is a single chip frequency synthesiser designed for tuning systems up to 2·7GHz. The RF preamplifier drives a divide-by two prescaler which can be disabled for applications up to 2GHz, allowing

Contextual Info: SP5659 2•7GHz I2C Bus Low Phase Noise Synthesiser Preliminary Information DS4296 The SP5659 is a single chip frequency synthesiser designed for tuning systems up to 2·7GHz. The RF preamplifier drives a divide-by two prescaler which can be disabled for applications up to 2GHz, allowing

SP5659

Abstract: SP5658 6260 crystal oscillator
Contextual Info: SP5659 2•7GHz I2C Bus Low Phase Noise Synthesiser Preliminary Information Supersedes March 1996 version, DS4206-1.8 The SP5659 is a single chip frequency synthesiser designed for tuning systems up to 2·7GHz. The RF preamplifier drives a divide-by two prescaler which

SP5659

Abstract: SP5658 DS4206-1 6260 crystal oscillator
Contextual Info: SP5659 2•7GHz I2C Bus Low Phase Noise Synthesiser Preliminary Information Supersedes March 1996 version, DS4206-1.8 The SP5659 is a single chip frequency synthesiser designed for tuning systems up to 2·7GHz. The RF preamplifier drives a divide-by two prescaler which

Contextual Info: SP5659 2•7GHz I2C Bus Low Phase Noise Synthesiser Preliminary Information DS4296 The SP5659 is a single chip frequency synthesiser designed for tuning systems up to 2·7GHz. The RF preamplifier drives a divide-by two prescaler which can be disabled for applications up to 2GHz, allowing

Contextual Info: 5 | M IT E L SP5659 _ 2-7GHz l2C Bus Low Phase Noise Synthesiser SEMICONDUCTOR a u v n u u i^ u u iu n n - in a ry iInt form atio *• n P rerlim S u p e rs e d e s M a rch 1996 ve rs io n , D S 4 2 0 6 -1 .8 T he S P 5 659isasinglechipfrequency synthesiser designed

Contextual Info: SP5659 2•7GHz I2C Bus Low Phase Noise Synthesiser Data Sheet January 2005 The SP5659 is a single chip frequency synthesiser designed for tuning systems up to 2·7GHz. The RF preamplifier drives a divide-by two prescaler which can be disabled for applications up to 2GHz, allowing