Connor-Winfield Corp.

Clock Synchronizing IC suits switch protection applications.
Electrical Equipment & Systems

Clock Synchronizing IC suits switch protection applications.

Housed in 8 x 8 mm QFN package, Model STC5428 accepts up to 12 clock reference inputs from 8 KHz to 125 MHz and generates up to 10 synchronized clock outputs from 1.0–156.25 MHz. Device features programmable phase skew at synthesizer level, phase-aligned or hit-less reference locking/switching, and programmable loop bandwidth options from 0.1–100 Hz. Programmable from SPI bus interface,...

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TCXOs enable compliance to ITU-T G.8262.
Electronic Components & Devices

TCXOs enable compliance to ITU-T G.8262.

Suited for small cell, wireless, and instrumentation applications, 7 x 5 mm Model TL602 and 5 x 3.2 mm Model ML602 are used with 0.1 Hz (and higher) filter bandwidths for compliance with T1-based hierarchy specifications such as ITU-T G.8262 Option 1 and 2 ECC and ITU-T G.813 Option 1 and 2 SEC, Stratum 3 for Sonet, IEEE1588, and Synchronous Ethernet. Units utilize analog temperature compensation...

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Synchronization Chip complies with ITU-T G.813 options 1, 2.
Electrical Equipment & Systems

Synchronization Chip complies with ITU-T G.813 options 1, 2.

Accepting 10 CMOS clock reference inputs, Model STC5429 generates 10 synchronized clock outputs including 2 frame pulse clocks for frequencies ranging from 2 kHz to 156.25 MHz. Two independent timing generators, T0 and T4, may operate in Freerun, Synchronized, and Holdover modes. T0 supports master/slave and multiple master operation for redundant design, while T4 only supports master operation....

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Frequency Translator/Jitter Filter translates inputs between 8-250 MHz.
Electrical Equipment & Systems

Frequency Translator/Jitter Filter translates inputs between 8-250 MHz.

SFX-525G frequency translator and 20 Hz jitter attenuator translates an input between 8 kHz to 100 MHz to output frequencies between 8-250 MHz. It provides jitter filtered, wander following output signal synchronization to superior GPS, Stratum or peer input reference signal and supports FEC rates such as 15/14 and 255/237. IC is designed for use in line and service termination cards to provide...

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Rugged GPS Disciplined Clock ensures precision timing.
Electronic Components & Devices

Rugged GPS Disciplined Clock ensures precision timing.

With Stratum 1 time source, 125 Series Xenith TBR (Model FTS500) consists of OCXO-based enclosed GPS disciplined clock and timing device for DVB, DAB, wireless communication infrastructures, time-stamping, or any other critical timing applications. This GPS-driven, mixed-signal PLL provides 1 pps CMOS output and generates 10 MHz SINE output from low-jitter VCXO. Supplied in aluminum housing...

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Timing Chips suit SDH/SETS, SONET, and synchronous Ethernet.
Electrical Equipment & Systems

Timing Chips suit SDH/SETS, SONET, and synchronous Ethernet.

Offering 3 V operation, STC5420 Series chips accept 12 clock reference inputs from 8 kHz to 125 MHz and generate 10 synchronized clock outputs from 2 kHz to 312.5 MHz in LVCMOS, LVPECL, or LVDS. They include independent timing generators that operate in freerun, synchronized, pseudo-holdover, and holdover mode. Reference inputs are individually monitored for quality, and devices also provide...

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Clock Synchronizing IC suits switch protection applications.
Electrical Equipment & Systems

Clock Synchronizing IC suits switch protection applications.

Housed in 8 x 8 mm QFN package, Model STC5428 accepts up to 12 clock reference inputs from 8 KHz to 125 MHz and generates up to 10 synchronized clock outputs from 1.0–156.25 MHz. Device features programmable phase skew at synthesizer level, phase-aligned or hit-less reference locking/switching, and programmable loop bandwidth options from 0.1–100 Hz. Programmable from SPI bus interface,...

Read More »
TCXOs enable compliance to ITU-T G.8262.
Electronic Components & Devices

TCXOs enable compliance to ITU-T G.8262.

Suited for small cell, wireless, and instrumentation applications, 7 x 5 mm Model TL602 and 5 x 3.2 mm Model ML602 are used with 0.1 Hz (and higher) filter bandwidths for compliance with T1-based hierarchy specifications such as ITU-T G.8262 Option 1 and 2 ECC and ITU-T G.813 Option 1 and 2 SEC, Stratum 3 for Sonet, IEEE1588, and Synchronous Ethernet. Units utilize analog temperature compensation...

Read More »
Synchronization Chip complies with ITU-T G.813 options 1, 2.
Electrical Equipment & Systems

Synchronization Chip complies with ITU-T G.813 options 1, 2.

Accepting 10 CMOS clock reference inputs, Model STC5429 generates 10 synchronized clock outputs including 2 frame pulse clocks for frequencies ranging from 2 kHz to 156.25 MHz. Two independent timing generators, T0 and T4, may operate in Freerun, Synchronized, and Holdover modes. T0 supports master/slave and multiple master operation for redundant design, while T4 only supports master operation....

Read More »
Frequency Translator/Jitter Filter translates inputs between 8-250 MHz.
Electrical Equipment & Systems

Frequency Translator/Jitter Filter translates inputs between 8-250 MHz.

SFX-525G frequency translator and 20 Hz jitter attenuator translates an input between 8 kHz to 100 MHz to output frequencies between 8-250 MHz. It provides jitter filtered, wander following output signal synchronization to superior GPS, Stratum or peer input reference signal and supports FEC rates such as 15/14 and 255/237. IC is designed for use in line and service termination cards to provide...

Read More »
Rugged GPS Disciplined Clock ensures precision timing.
Electronic Components & Devices

Rugged GPS Disciplined Clock ensures precision timing.

With Stratum 1 time source, 125 Series Xenith TBR (Model FTS500) consists of OCXO-based enclosed GPS disciplined clock and timing device for DVB, DAB, wireless communication infrastructures, time-stamping, or any other critical timing applications. This GPS-driven, mixed-signal PLL provides 1 pps CMOS output and generates 10 MHz SINE output from low-jitter VCXO. Supplied in aluminum housing...

Read More »
Timing Chips suit SDH/SETS, SONET, and synchronous Ethernet.
Electrical Equipment & Systems

Timing Chips suit SDH/SETS, SONET, and synchronous Ethernet.

Offering 3 V operation, STC5420 Series chips accept 12 clock reference inputs from 8 kHz to 125 MHz and generate 10 synchronized clock outputs from 2 kHz to 312.5 MHz in LVCMOS, LVPECL, or LVDS. They include independent timing generators that operate in freerun, synchronized, pseudo-holdover, and holdover mode. Reference inputs are individually monitored for quality, and devices also provide...

Read More »

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