1MHZ OSCILLATOR SINE WAVE Search Results

Contextual Info: Q-TECH LOW PHASE NOISE, SPACE LEVEL OCXO 3.3 to 15Vdc - 1MHz to 125MHz CORPORATION Description Q-Tech’s High Stability Oven Controlled Crystal Oscillator OCXO is a high reliability signal generator that provides Sine wave or HCMOS output. The OCXO is designed to be used in

Contextual Info: Q-TECH LOW PHASE NOISE, SPACE LEVEL OCXO 3.3 to 15Vdc - 1MHz to 125MHz CORPORATION Description Q-Tech’s High Stability Oven Controlled Crystal Oscillator OCXO is a high reliability signal generator that provides Sine wave or HCMOS output. The OCXO is designed to be used in

Contextual Info: Q-TECH LOW PHASE NOISE, SPACE LEVEL OCXO 3.3 to 15Vdc - 1MHz to 125MHz CORPORATION Description Q-Tech’s High Stability Oven Controlled Crystal Oscillator OCXO is a high reliability signal generator that provides Sine wave or HCMOS output. The OCXO is designed to be used in

DSAHI000113809.txt

Abstract: EAR99
Contextual Info: Q-TECH LOW PHASE NOISE, SPACE LEVEL OCXO 3.3 to 15Vdc - 1MHz to 125MHz CORPORATION Description Q-Tech’s High Stability Oven Controlled Crystal Oscillator OCXO is a high reliability signal generator that provides Sine wave or HCMOS output. The OCXO is designed to be used in

Contextual Info: Q-TECH LOW PHASE NOISE, SPACE LEVEL OCXO 3.3 to 15Vdc - 1MHz to 125MHz CORPORATION Description Q-Tech’s High Stability Oven Controlled Crystal Oscillator OCXO is a high reliability signal generator that provides Sine wave or HCMOS output. The OCXO is designed to be used in

Contextual Info: Q-TECH LOW PHASE NOISE, SPACE LEVEL OCXO 3.3 to 15Vdc - 1MHz to 125MHz CORPORATION Description Q-Tech’s High Stability Oven Controlled Crystal Oscillator OCXO is a high reliability signal generator that provides Sine wave or HCMOS output. The OCXO is designed to be used in

RC phase shift oscillator

Abstract: AN9502 c1a c1b c1c phase shift oscillator 1N4148 CD74AC00 HA5025 RC oscillator design Sine Waves of rc phase shift
Contextual Info: Oscillator Produces Quadrature Waves HA5025 Application Note November 1996 AN9502.1 Because the HA5025 features such high open-loop gainbandwidth characteristics, amplifier phase shift is negligible in the low MHz range. Thus, each stage’s phase shift is solely

RC phase shift oscillator

Abstract: diode u1d ON Harris Semiconductor Mancini quadrature oscillator c1a c1b c1c diode u1d on semiconductor U1D transistor c1c "Voltage Feedback Amplifiers"
Contextual Info: Harris Semiconductor No. AN9502.1 Harris Linear November 1996 Oscillator Produces Quadrature Waves HA5025 Author: Ronald Mancini By employing a high-frequency quad current-feedback amplifier (the HA5025) as an RC oscillator, four quadrature sine waves can be generated, see Figure 1. The HA5025’s

Contextual Info: CRYSTAL CLOCK OSCILLATORS Data Sheet 0549B Rev. A Frequency Selectable Differential Sine Wave SY-A6A70 Series Description The SY-A6A70 Series of quartz crystal oscillators provides a Frequency Selectable Differential Sine Wave signal. The oscillator frequency is set by the voltage applied to the frequency select pin. The two selectable

Contextual Info: CRYSTAL CLOCK OSCILLATORS Data Sheet 0549B Rev. - Frequency Selectable Differential Sine Wave SY-A6A70 Series Description The SY-A6A70 Series of quartz crystal oscillators provides a Frequency Selectable Differential Sine Wave signal. The oscillator frequency is set by the voltage applied to the frequency select pin. The two selectable

SY-A6A70

Contextual Info: CRYSTAL CLOCK OSCILLATORS Frequency Selectable Differential Sine Wave Data Sheet 0549B Rev. B SY-A6A70 Series Description The SY-A6A70 Series of quartz crystal oscillators provides a Frequency Selectable Differential Sine Wave signal. The oscillator frequency is set by the voltage applied to the frequency select pin. The two selectable

smd transistor SY

Abstract: sy 135 smd SY SY-A6A70 1Mhz oscillator sine wave 0549B
Contextual Info: CRYSTAL CLOCK OSCILLATORS Data Sheet 0549B Rev. B Frequency Selectable Differential Sine Wave SY-A6A70 Series Description The SY-A6A70 Series of quartz crystal oscillators provides a Frequency Selectable Differential Sine Wave signal. The oscillator frequency is set by the voltage applied to the frequency select pin. The two selectable

Contextual Info: Differential Sine Wave SY-A6A70 Series Rev A SY-A6A70 Series Frequency Range: 250.0 MHz-1.7 GHz Description The SY-A6A70 Series of quartz crystal oscillators provides a Frequency Selectable Differential Sine Wave signal. The oscillator frequency is set by the voltage applied to the

Contextual Info: CRYSTAL CLOCK OSCILLATORS Data Sheet 0435A Rev. F Differential Sine Wave SR-A2A70 Series PATENT PENDING Description The SR-A2A70 Series of quartz crystal oscillators provide Differential Sine Wave signals. This device is to operate using positive voltage and uses multiple ground pins for improved signal integrity.

Contextual Info: CRYSTAL CLOCK OSCILLATORS Data Sheet 0435A Rev. J Differential Sine Wave SR-A2A70 Series PATENT PENDING Description The SR-A2A70 Series of quartz crystal oscillators provide Differential Sine Wave signals. This device is to operate using positive voltage and uses multiple ground pins for improved signal integrity.

Contextual Info: CRYSTAL CLOCK OSCILLATORS Data Sheet 0508J Rev. D Differential Sine Wave SR-B2A70 Series PATENT PENDING Description The SR-B2A70 Series of quartz crystal oscillators provide Differential Sine Wave signals. This device is to operate using positive voltage and uses multiple ground pins for improved signal integrity.

Contextual Info: CRYSTAL CLOCK OSCILLATORS Data Sheet 0435A Rev. C Differential Sine Wave SR-A2A70 Series PRELIMINARY Description The SR-A2A70 Series of quartz crystal oscillators provide Differential Sine Wave signals. This device is to operate using positive voltage and uses multiple ground pins for improved signal integrity.

Contextual Info: SR-A2A70 Series Differential Sine Wave SR-A2A70 Series Rev G Frequency Range: 250.0 MHz-1.7 GHz Description The SR-A2A70 Series of quartz crystal oscillators provide Differential Sine Wave signals. This device is to operate using positive voltage and uses multiple ground pins for improved signal integrity.

Contextual Info: Differential Sine Wave SR-A2A70 Series Rev G SR-A2A70 Series Frequency Range: 250.0 MHz-1.7 GHz Description The SR-A2A70 Series of quartz crystal oscillators provide Differential Sine Wave signals. This device is to operate using positive voltage and uses multiple ground pins for improved

SR-A2A70

Abstract: 50 Ohm Termination pad
Contextual Info: SR-A2A70 Series Differential Sine Wave SR-A2A70 Series 0435A Rev J Frequency Range: 250.0 MHz-1.7 GHz Description The SR-A2A70 Series of quartz crystal oscillators provide Differential Sine Wave signals. This device is to operate using positive voltage and uses multiple ground pins for improved

Contextual Info: CRYSTAL CLOCK OSCILLATORS Data Sheet 0508J Rev. K Differential Sine Wave SR-B2A70 Series Description The SR-B2A70 Series of quartz crystal oscillators provide Differential Sine Wave signals. This device is to operate using positive voltage and uses multiple ground pins for improved signal integrity.

Contextual Info: Differential Sine Wave SR-A2A70 Series Rev H SR-A2A70 Series Frequency Range: 250.0 MHz-1.7 GHz Description The SR-A2A70 Series of quartz crystal oscillators provide Differential Sine Wave signals. This device is to operate using positive voltage and uses multiple ground pins for improved

SR-A2A70

Contextual Info: SR-A2A70 Series Differential Sine Wave SR-A2A70 Series Rev F Frequency Range: 250.0 MHz-2.0 GHz Description The SR-A2A70 Series of quartz crystal oscillators provide Differential Sine Wave signals. This device is to operate using positive voltage and uses multiple ground pins for improved signal integrity.

Quartz oscillator 1MHz

Contextual Info: CRYSTAL CLOCK OSCILLATORS Data Sheet 0508J Rev. J Differential Sine Wave SR-B2A70 Series Description The SR-B2A70 Series of quartz crystal oscillators provide Differential Sine Wave signals. This device is to operate using positive voltage and uses multiple ground pins for improved signal integrity.