Micro Networks Corp.

Voltage Controlled Oscillator utilizes SAW resonator.
Electronic Components & Devices

Voltage Controlled Oscillator utilizes SAW resonator.

Worcester, Mass. Micro Networks, an Integrated Circuit Systems Company (NASDAQ - ICST) is pleased to announce the release of the M655 Series Voltage Controlled SAW Oscillator designed and developed specifically for Clock Smoothing and Frequency Translation applications in Telecommunications. The M655 Series VCO utilizes a SAW resonator internally, which provides superior jitter performance over a...

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Voltage Controlled Oscillator utilizes SAW resonator.
Electronic Components & Devices

Voltage Controlled Oscillator utilizes SAW resonator.

Worcester, Mass. Micro Networks, an Integrated Circuit Systems Company (NASDAQ - ICST) is pleased to announce the release of the M655 Series Voltage Controlled SAW Oscillator designed and developed specifically for Clock Smoothing and Frequency Translation applications in Telecommunications. The M655 Series VCO utilizes a SAW resonator internally, which provides superior jitter performance over a...

Read More »
Voltage-Controlled Oscillator uses internal SAW resonator.
Electronic Components & Devices

Voltage-Controlled Oscillator uses internal SAW resonator.

Surface-mount M650 Series uses high Q resonator, operating at fundamental frequency of end unit, to provide low-jitter frequency translation in telecommunications applications. Oscillator has 3.3 V operation, output frequencies from 155 to 900 MHz, and ground plane for added phase noise performance, with -93dBc/Hz@1KHz offset typical. Applications include clock smoothing, frequency translation,...

Read More »
Voltage-Controlled Oscillator uses internal SAW resonator.
Electronic Components & Devices

Voltage-Controlled Oscillator uses internal SAW resonator.

Surface-mount M650 Series uses high Q resonator, operating at fundamental frequency of end unit, to provide low-jitter frequency translation in telecommunications applications. Oscillator has 3.3 V operation, output frequencies from 155 to 900 MHz, and ground plane for added phase noise performance, with -93dBc/Hz@1KHz offset typical. Applications include clock smoothing, frequency translation,...

Read More »
Clock Recovery Modules suit OC-192 and 10GbE markets.
Electronic Components & Devices

Clock Recovery Modules suit OC-192 and 10GbE markets.

M840 Series multi-rate clock recovery modules use phase-lock loop architecture and low-noise SAW VCO to provide low jitter clock and data outputs for fiber optic networks. Typical data output jitter at 9.953 GB/s is less than 8ps p-p. First module in M840 Series is available with data rates of 9.953, 10.3125, 10.664 and 10.709 Gb/s integrated into single unit. Key features include low noise and...

Read More »
Clock Recovery Modules suit OC-192 and 10GbE markets.
Electronic Components & Devices

Clock Recovery Modules suit OC-192 and 10GbE markets.

M840 Series multi-rate clock recovery modules use phase-lock loop architecture and low-noise SAW VCO to provide low jitter clock and data outputs for fiber optic networks. Typical data output jitter at 9.953 GB/s is less than 8ps p-p. First module in M840 Series is available with data rates of 9.953, 10.3125, 10.664 and 10.709 Gb/s integrated into single unit. Key features include low noise and...

Read More »
Clock Data Modules suit SONET OC-192 applications.
Controls & Controllers

Clock Data Modules suit SONET OC-192 applications.

M830/831 series CDR modules regenerate spectral component from incoming NRZ data stream, and output low jitter clock and retimed complementary data. Typical data output jitter at 12.25Gb/s is less than 8ps p-p, making them suitable for SDH system applications. Modules use phase-lock loop architecture and high stability, low-nose SAW VCO to provide low jitter clock and data outputs. Series is...

Read More »
Clock Data Modules suit SONET OC-192 applications.
Controls & Controllers

Clock Data Modules suit SONET OC-192 applications.

M830/831 series CDR modules regenerate spectral component from incoming NRZ data stream, and output low jitter clock and retimed complementary data. Typical data output jitter at 12.25Gb/s is less than 8ps p-p, making them suitable for SDH system applications. Modules use phase-lock loop architecture and high stability, low-nose SAW VCO to provide low jitter clock and data outputs. Series is...

Read More »
Voltage Controlled Oscillator utilizes SAW resonator.
Electronic Components & Devices

Voltage Controlled Oscillator utilizes SAW resonator.

Worcester, Mass. Micro Networks, an Integrated Circuit Systems Company (NASDAQ - ICST) is pleased to announce the release of the M655 Series Voltage Controlled SAW Oscillator designed and developed specifically for Clock Smoothing and Frequency Translation applications in Telecommunications. The M655 Series VCO utilizes a SAW resonator internally, which provides superior jitter performance over a...

Read More »
Voltage Controlled Oscillator utilizes SAW resonator.
Electronic Components & Devices

Voltage Controlled Oscillator utilizes SAW resonator.

Worcester, Mass. Micro Networks, an Integrated Circuit Systems Company (NASDAQ - ICST) is pleased to announce the release of the M655 Series Voltage Controlled SAW Oscillator designed and developed specifically for Clock Smoothing and Frequency Translation applications in Telecommunications. The M655 Series VCO utilizes a SAW resonator internally, which provides superior jitter performance over a...

Read More »
Voltage-Controlled Oscillator uses internal SAW resonator.
Electronic Components & Devices

Voltage-Controlled Oscillator uses internal SAW resonator.

Surface-mount M650 Series uses high Q resonator, operating at fundamental frequency of end unit, to provide low-jitter frequency translation in telecommunications applications. Oscillator has 3.3 V operation, output frequencies from 155 to 900 MHz, and ground plane for added phase noise performance, with -93dBc/Hz@1KHz offset typical. Applications include clock smoothing, frequency translation,...

Read More »
Voltage-Controlled Oscillator uses internal SAW resonator.
Electronic Components & Devices

Voltage-Controlled Oscillator uses internal SAW resonator.

Surface-mount M650 Series uses high Q resonator, operating at fundamental frequency of end unit, to provide low-jitter frequency translation in telecommunications applications. Oscillator has 3.3 V operation, output frequencies from 155 to 900 MHz, and ground plane for added phase noise performance, with -93dBc/Hz@1KHz offset typical. Applications include clock smoothing, frequency translation,...

Read More »
Clock Recovery Modules suit OC-192 and 10GbE markets.
Electronic Components & Devices

Clock Recovery Modules suit OC-192 and 10GbE markets.

M840 Series multi-rate clock recovery modules use phase-lock loop architecture and low-noise SAW VCO to provide low jitter clock and data outputs for fiber optic networks. Typical data output jitter at 9.953 GB/s is less than 8ps p-p. First module in M840 Series is available with data rates of 9.953, 10.3125, 10.664 and 10.709 Gb/s integrated into single unit. Key features include low noise and...

Read More »
Clock Recovery Modules suit OC-192 and 10GbE markets.
Electronic Components & Devices

Clock Recovery Modules suit OC-192 and 10GbE markets.

M840 Series multi-rate clock recovery modules use phase-lock loop architecture and low-noise SAW VCO to provide low jitter clock and data outputs for fiber optic networks. Typical data output jitter at 9.953 GB/s is less than 8ps p-p. First module in M840 Series is available with data rates of 9.953, 10.3125, 10.664 and 10.709 Gb/s integrated into single unit. Key features include low noise and...

Read More »
Clock Data Modules suit SONET OC-192 applications.
Controls & Controllers

Clock Data Modules suit SONET OC-192 applications.

M830/831 series CDR modules regenerate spectral component from incoming NRZ data stream, and output low jitter clock and retimed complementary data. Typical data output jitter at 12.25Gb/s is less than 8ps p-p, making them suitable for SDH system applications. Modules use phase-lock loop architecture and high stability, low-nose SAW VCO to provide low jitter clock and data outputs. Series is...

Read More »
Clock Data Modules suit SONET OC-192 applications.
Controls & Controllers

Clock Data Modules suit SONET OC-192 applications.

M830/831 series CDR modules regenerate spectral component from incoming NRZ data stream, and output low jitter clock and retimed complementary data. Typical data output jitter at 12.25Gb/s is less than 8ps p-p, making them suitable for SDH system applications. Modules use phase-lock loop architecture and high stability, low-nose SAW VCO to provide low jitter clock and data outputs. Series is...

Read More »

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