CRYSTAL GEYER Search Results

KXO-215

Abstract: kxo-210 Geyer Electronic date code KXO-210 40 MHz GEYER Crystal oscillator 12 MHz 4 MHz crystal crystal geyer KXO215 wave shape oscillator circuit
Contextual Info: CLOCK OSCILLATORS TTL / HCMOS, TRISTATE Combine state-of-the-art, thick film hybrid technology with precision quartz oscillators to achieve unsurpassed qualities of small size, cost, high reliability and frequency accuracy. The crystal clock oscillator is composed of a crystal resonator and an oscillator circuit which is made by the hybrid IC

Contextual Info: Clock Oscillator TTL / HCMOS, TRISTATE Combine state-of-the-art, thick film hybrid technology with precision quartz oscillators to achieve unsurpassed qualities of small size, cost, high reliability and frequency accuracy. The crystal clock oscillator is composed of a crystal resonator and an oscillator circuit which is made by the hybrid IC

Contextual Info: Clock Oscillator TTL / HCMOS, TRISTATE Combine state-of-the-art, thick film hybrid technology with precision quartz oscillators to achieve unsurpassed qualities of small size, cost, high reliability and frequency accuracy. The crystal clock oscillator is composed of a crystal resonator and an oscillator circuit which is made by the hybrid IC

GEYER

Abstract: crystal geyer 20MHz quartz crystal Crystal oscillator 12 MHz KXO-400 Geyer Electronic
Contextual Info: CLOCK OSCILLATORS TTL / HCMOS, TRISTATE Combine state-of-the-art, thick film hybrid technology with precision quartz oscillators to achieve unsurpassed qualities of small size, cost, high reliability and frequency accuracy. The crystal clock oscillator is composed of a crystal resonator and an oscillator circuit which is made by the hybrid IC

KXO-415

Abstract: KXO-410 GEYER Crystal oscillator 12 MHz crystal geyer 20mhz crystal oscillator dil package
Contextual Info: CLOCK OSCILLATORS TTL / HCMOS, TRISTATE Combine state-of-the-art, thick film hybrid technology with precision quartz oscillators to achieve unsurpassed qualities of small size, cost, high reliability and frequency accuracy. The crystal clock oscillator is composed of a crystal resonator and an oscillator circuit which is made by the hybrid IC

Contextual Info: Clock Oscillator TTL / HCMOS, TRISTATE Combine state-of-the-art, thick film hybrid technology with precision quartz oscillators to achieve unsurpassed qualities of small size, cost, high reliability and frequency accuracy. The crystal clock oscillator is composed of a crystal resonator and an oscillator circuit which is made by the hybrid IC

Contextual Info: Clock Oscillator TTL / HCMOS, TRISTATE Combine state-of-the-art, thick film hybrid technology with precision quartz oscillators to achieve unsurpassed qualities of small size, cost, high reliability and frequency accuracy. The crystal clock oscillator is composed of a crystal resonator and an oscillator circuit which is made by the hybrid IC

KXO-205

Abstract: kxo 200 GEYER 20MHz quartz crystal Crystal oscillator 12 MHz Quartz Clock ic crystal geyer ic 701 70MHz quartz RESONATOR KXO-200
Contextual Info: CLOCK OSCILLATORS TTL / HCMOS, TRISTATE Combine state-of-the-art, thick film hybrid technology with precision quartz oscillators to achieve unsurpassed qualities of small size, cost, high reliability and frequency accuracy. The crystal clock oscillator is composed of a crystal resonator and an oscillator circuit which is made by the hybrid IC

Contextual Info: Clock Oscillator TTL / HCMOS, TRISTATE Combine state-of-the-art, thick film hybrid technology with precision quartz oscillators to achieve unsurpassed qualities of small size, cost, high reliability and frequency accuracy. The crystal clock oscillator is composed of a crystal resonator and an oscillator circuit which is made by the hybrid IC

KXO-410

Abstract: Oscillators
Contextual Info: Clock Oscillator TTL / HCMOS, TRISTATE Combine state-of-the-art, thick film hybrid technology with precision quartz oscillators to achieve unsurpassed qualities of small size, cost, high reliability and frequency accuracy. The crystal clock oscillator is composed of a crystal resonator and an oscillator circuit which is made by the hybrid IC

KXO-215

Contextual Info: Clock Oscillator TTL / HCMOS, TRISTATE Combine state-of-the-art, thick film hybrid technology with precision quartz oscillators to achieve unsurpassed qualities of small size, cost, high reliability and frequency accuracy. The crystal clock oscillator is composed of a crystal resonator and an oscillator circuit which is made by the hybrid IC

KXO-86

Contextual Info: TCXO SMD-version +1.8 / +2.5 / +3,3V Temperature Compensated Crystal Oscillator KXO-86 model frequency range initial frequency tolerance frequency stability temperature range input voltage change output load change aging supply voltage operating conditions

KXO-86

Contextual Info: TCXO SMD-version +1.8 / +2.5 / +3,3V Temperature Compensated Crystal Oscillator KXO-86 model frequency range initial frequency tolerance frequency stability temperature range input voltage change output load change aging supply voltage operating conditions

KXO-86

Contextual Info: VCTCXO SMD-version +2.5 / +3,3V Voltage Controlled Temperature Compensated Crystal Oscillator KXO-86 model frequency range initial frequency tolerance frequency stability temperature range input voltage change output load change aging supply voltage operating conditions

Contextual Info: VCTCXO SMD-version +2.8 / +3,3V Voltage Controlled Temperature Compensated Crystal Oscillator KXO-84 model frequency range initial frequency tolerance frequency stability temperature range input voltage change output load change aging supply voltage operating conditions

Contextual Info: VCTCXO Voltage Controlled Temperature Compensated Crystal Oscillator KXO-950 model output frequency range load output level vs. temp.range frequency stability vs. input voltage vs. load vs. aging operating temperature range input voltage input current max.

KXO-900

Abstract: crystal geyer
Contextual Info: TCXO Temperature Compensated Crystal Oscillator KXO-900 model output Frequency range output level vs. input voltage vs. load vs. aging operating temperature range input voltage input current max. frequency adjustment by internal trimmer storage temperature

Contextual Info: VCTCXO Voltage Controlled Temperature Compensated Crystal Oscillator KXO-950 model output frequency range load output level vs. temp.range frequency stability vs. input voltage vs. load vs. aging operating temperature range input voltage input current max.

crystal geyer

Contextual Info: VCTCXO Voltage Controlled Temperature Compensated Crystal Oscillator KXO-950 model output frequency range load output level vs. temp.range frequency stability vs. input voltage vs. load vs. aging operating temperature range input voltage input current max.

Contextual Info: VCXO Voltage Controlled Crystal Oscillator DIL-version model package frequency range frequency stability aging at +25°C max. storage temperature operating temperature symmetry rise and fall time (max) output level (VOH) output level (VOL) input voltage

Contextual Info: VCXO Voltage Controlled Crystal Oscillator DIL-version model package frequency range frequency stability aging at +25°C max. storage temperature range operating temperature range symmetry rise and fall time (max) output level (VOH) output level (VOL) input voltage

Contextual Info: VCTCXO SMD-version 2,8V 3,3V Voltage Controlled Temperature Compensated Crystal Oscillator KXO-84 model frequency range 10,0 ~ 26,0 MHz load output 10 kOhm ±10% // 10pF ±10% voltage waveform vs. temp.range frequency vs. input voltage Stability vs. load vs. aging

KXO-83

Contextual Info: VCTCXO Voltage Controlled Temperature Compensated Crystal Oscillator frequency 24,5535 MHz load output SMD-version KXO-83 model 10 kOhm // 10pF voltage 0,8Vp-p min. waveform vs. temp.range vs. input voltage Frequency Stability vs. load vs. aging operating temperature range

KXO-83

Abstract: 97299 crystal geyer
Contextual Info: VCTCXO Voltage Controlled Temperature Compensated Crystal Oscillator 12,0 ~ 26,0 MHz frequency range load output 10 kOhm // 10pF voltage 0,8Vp-p min. waveform vs. temp.range Frequency Stability SMD-version KXO-83 model vs. input voltage vs. load vs. aging