NDK Datasheets for Oscillators
Oscillators are devices that are used to generate repetitive signals. They produce output signals without an input signal. There are two major types of electronic oscillators: harmonic oscillators and relaxation oscillators. Harmonic oscillators produce sine wave outputs. Relaxation oscillators produce non-sine wave outputs such as square wave, rectangular wave, and sawtooth outputs.
Oscillators: Learn more
| Product Name | Notes |
|---|---|
| 2725Q Frequency stability of x/-100x10-6. A power saving-type crystal oscillator, capable of being driven by a 2.5 V. power supply. Automatic mounting by taping and IR reflow (lead-free)... | |
| 2725Q Frequency stability of x/-50x10-6. A power saving-type crystal oscillator, capable of being driven by a 2.5 V. power supply. Automatic mounting by taping and IR reflow (lead-free)... | |
| 2725T Frequency stability of x/-100x10-6 (Super Wide Operating Temperature Range Type). Supports a wide temperature range: -40 to x105°C. Automatic mounting by taping and IR reflow (lead-free). Lead-free. Compact... | |
| 2725T Frequency stability of x/-100x10-6 (Wide Operating Temperature Range Type) Supports a wide temperature range from -40 to x85 °C. Automatic mounting by taping and IR reflow (lead-free) are... | |
| 2725T Frequency stability of x/-100x10-6. Supports a frequency range of 2.5 to 125 MHz. Automatic mounting by taping and IR reflow (lead-free) are possible. Lead-free. Compact and light... | |
| 2725T Frequency stability of x/-25x10-6. A high-precision type. Best suited for wireless LAN-compliant information terminal devices. Automatic mounting by taping and IR reflow (lead-free) are possible. Lead-free. Compact... | |
| 2725T Frequency stability of x/-30x10-6. High-precision type (Frequency stability of x/-30x10-6.) Supports a frequency range of 2.5 to 75 MHz. Automatic mounting by taping and IR... | |
| 2725T Frequency stability of x/-50x10-6 (Wide Operating Temperature Range Type) Supports a wide temperature range from -40 to x85 °C. Automatic mounting by taping and IR reflow (lead-free) are... | |
| 2725T Frequency stability of x/-50x10-6. Supports a frequency range of 2.5 to 125 MHz. Automatic mounting by taping and IR reflow (lead-free) are possible. Lead-free. Compact and light... | |
| 2725Z Frequency stability of x/-100x10-6. A power saving-type crystal oscillator, capable of being driven by a 1.8 V. power supply. Consumption current during standby is 3 µA or... | |
| 2725Z Frequency stability of x/-30x10-6. A power saving-type crystal oscillator, capable of being driven by a 1.8 V. power supply. Consumption current during standby is 3 µA or... | |
| 2725Z Frequency stability of x/-50x10-6. A power saving-type crystal oscillator, capable of being driven by a 1.8 V. power supply. Consumption current during standby is 3 µA or... | |
| 2765E Frequency stability of x/-100x10-6. With a spread spectrum function installed, this crystal oscillator effectively reduces EMI noise. Down-spreading and center-spreading. With a standby function installed, power consumption... | |
| Features: NZ2520SF Frequency stability of ±100×10-6. Ultralow power-driven (0.8V min) crystal clockoscillator,idea l for mobile devices. Compact and light. Dimensions and weight: 2.5 × 2.0 mm,0.9 mm, and... | |
| Features: NZ2520SF Frequency stability of ±30×10-6. Ultralow power-driven (0.8V min) crystal clockoscillator,idea l for mobile devices. Compact and light. Dimensions and weight: 2.5 × 2.0 mm,0.9 mm, and... | |
| Features: NZ2520SF Frequency stability of ±50×10-6. Ultralow power-driven (0.8V min) crystal clockoscillator,idea l for mobile devices. Compact and light. Dimensions and weight: 2.5 × 2.0 mm,0.9 mm, and... | |
| Features: NZ2520SF Frequency stability of ±50×10-6 Ultralow power-driven (0.8V min) crystal clockoscillator,idea l for mobile devices. Compact and light. Dimensions and weight: 2.5 × 2.0 mm,0.9 mm, and 0.02... | |
| Features: A ceramics-package SMD Low phase jitter : Max. 100 fs(12 kHz to 20 MHz) Wide pull range : Absolute Pull Range(APR) Min. 100×10-6 | |
| Features: A compact and thin. : 2.5 × 2.0 × H 0.9 mm. Frequency control range : Min. ±100×10-6 Operating temperature range : -40 to x85°C Output voltage :... | |
| Features: A compact and thin. : 3.2 × 2.5 × H 0.9 mm. Frequency control range : Min. ±100×10-6 Operating temperature range : -40 to x85°C Output voltage :... | |
| Features: A crystal oscillator with highly stable frequency / temperature characteristics best suited for GPS. Supports low power supply voltage. (Supports DC x1.8 V±0.1 V to x3.2 V±0.1 V.) Ultra-compact... | |
| Features: Compact and light. Stable frequencies can be obtained across a wide temperature range. Low power consumption. | |
| Features: Frequency range: 450 kHz Through 100 MHz Package: SMD hermetic Seal Output: Low Voltage CMOS Operatiing Temperature -55 to 125°C | |
| Features: Power supply voltage is 2.5 V, LVDS output level. Output frequency range are 62.5 to 220 MHz. Ultra-compact with dimensions of 7.0×5.0×1.7 mm. A surface-mount crystal oscillator. | |
| Features: Power supply voltage is 2.5 V, LVPECL output level. Output frequency range are 62.5 to 313 MHz. Ultra-compact with dimensions of 7.0×5.0×1.7 mm. A surface-mount crystal oscillator. | |
| Features: Power supply voltage is 3.3 V, LVDS output level. Output frequency range are 62.5 to 220 MHz. Ultra-compact with the dimensions of 7.0×5.0×1.7 mm. A surface-mount crystal oscillator. | |
| Features: Power supply voltage is 3.3 V, LVPECL output level. Output frequency range are 62.5 to 313 MHz. Ultra-compact with dimensions of 7.0×5.0×1.7 mm. Surface-mount crystal oscillator. | |
| Features: Sine wave output. Stable frequencies can be obtained across a wide temperature range. Low power consumption. | |
| Features: Stable frequencies can be obtained across a wide temperature range. Low power consumption. | |
| A frequency synthesizer equipped with a high-stability and low-noise OCXO, best suited for base stations requiring high-purity signals. Low-phase noise characteristic: –53 dBc max.as the integration value from 10 Hz... | |
| A frequency synthesizer equipped with a high-stability TCXO. Best suited for base stations requiring low power consumption and excellent starting characteristics. Low-phase noise characteristic: –50 dBc max. as the integration... | |
| frequency synthesizer equipped with a high-stability OCXO: best suited for base stations requiring excellent aging characteristics. Low-phase noise characteristic: –95 dBc/Hz at 100 Hz Wide frequency range: 470 to 890... | |
| NIHON DEMPA KOGYO CO., LTD. has developed an ultra-compact Temperature Compensated Crystal Oscillator NT2016SB. Recently, there has been a growing need for GPS-equipped mobile phones and mobile terminals. Amid the... | |
| NZ2016SA Frequency stability of ±20×10-6. Ultra-compact and light. Dimensions and weight: 2.0×1.6 mm, 0.7 mm, and 0.01 g. Power supply voltage of x1.8 to x3.3 V ideal for... | |
| NZ2016SA Frequency stability of ±25×10-6. Ultra-compact and light. Dimensions and weight: 2.0×1.6 mm, 0.7 mm, and 0.01 g. Power supply voltage of x1.8 to x3.3 V ideal for... | |
| NZ2016SA Frequency stability of ±30×10-6. Ultra-compact and light. Dimensions and weight: 2.0×1.6 mm, 0.7 mm, and 0.01 g. Power supply voltage of x1.8 to x3.3 V ideal for... | |
| NZ2016SA Frequency stability of ±50×10-6. Ultra-compact and light. Dimensions and weight: 2.0×1.6 mm, 0.7 mm, and 0.01 g. Power supply voltage of x1.8 to x3.3 V ideal for... | |
| NZ2016SA Frequency stability of x/-100x10-6. Ultra-compact and light. Dimensions and weight: 2.0x1.6 mm, 0.7 mm, and 0.01 g. Power supply voltage of x1.8 to x3.3 V ideal for... | |
| NZ2520SB Frequency stability of x/-100x10-6. Compact and light. Dimensions and weight: 2.5x2.0 mm, 0.9 mm, and 0.02 g. This crystal clock oscillator can support low frequencies (from 1.5... | |
| NZ2520SB Frequency stability of x/-20x10-6. Compact and light. Dimensions and weight: 2.5x2.0 mm, 0.9 mm, and 0.02 g. This crystal clock oscillator can support low frequencies (from 1.5... | |
| NZ2520SB Frequency stability of x/-30x10-6. Compact and light. Dimensions and weight: 2.5x2.0 mm, 0.9 mm, and 0.02 g. This crystal clock oscillator can support low frequencies (from 1.5... | |
| NZ2520SB Frequency stability of x/-50x10-6. Compact and light. Dimensions and weight: 2.5x2.0 mm, 0.9 mm, and 0.02 g. This crystal clock oscillator can support low frequencies (from 1.5... | |
| NZ2520SD Frequency stability of x/-100x10-6. Low phase noise, low voltage, low consumption current, and high stability, make this product ideal for wireless LAN. Compact and light. Dimensions and... | |
| NZ2520SD Frequency stability of x/-20x10-6. Low phase noise, low voltage, low consumption current, and high stability, make this product ideal for wireless LAN. Compact and light. Dimensions and... | |
| NZ2520SD Frequency stability of x/-30x10-6. Low phase noise, low voltage, low consumption current, and high stability, make this product ideal for wireless LAN. Compact and light. Dimensions and... | |
| NZ2520SD Frequency stability of x/-50x10-6. Low phase noise, low voltage, low consumption current, and high stability, make this product ideal for wireless LAN. Compact and light. Dimensions and... | |
| A ceramics-package SMD. Output level: C-MOS level (2.048 to 80 MHz) PECL level (80 to 170 MHz) Supports high frequencies up to 170 MHz. | |
| A ceramics-package SMD. Output level: C-MOS level, PECL level Ultra-compact and with excellent aging characteristics. Superb phase noise characteristics that are essential for WIMAX. | |
| A crystal oscillator with highly stable frequency / temperature characteristics best suited for GPS. Supports low power supply voltage. (Supports DC x2.4 Vx/-0.1 V to x3.5 Vx/- 5 %.) Ultra-compact... | |
| Both TTL and C-MOS IC are directly driven. A surface-mount crystal oscillator. Complies with the RoHS Directive. | |
| CMOS output: 2 to 100 MHz; PECL output: 70 to 185 MHz. A surface-mount crystal oscillator. Complies with the RoHS Directive. | |
| Compact, with a low height. (Compatible with 14-pin Dip) Excellent rise characteristics. Excellent phase noise characteristics. Excellent aging characteristics. Excellent short-term stability (can be used instead of a TCXO because... | |
| Compact, with a low height. A surface-mount (SMD) package. Reflow soldering is possible. Excellent phase noise characteristics. Excellent aging characteristics. | |
| Compact, with a low height. Excellent rise characteristics. Excellent phase noise characteristics. Excellent aging characteristics. | |
| Compact. A surface-mount (SMD) package. Reflow soldering is possible. Excellent phase noise characteristics. Excellent aging characteristics. | |
| Compact. Excellent rise characteristics. Excellent phase noise characteristics. Excellent aging characteristics. | |
| crystal oscillator with highly stable frequency / temperature characteristics best suited for GPS. Supports low power supply voltage. (Supports DC x2.4 Vx/-0.1 V to x3.2 Vx/-0.1 V.) Ultra-compact and light... | |
| Dual reference inputs, LVPECL and CMOS outputs Simple hardware control for operational mode Automatic Free-run upon loss of input reference Lock acquisition time < 1 second | |
| Excellent phase noise characteristics. (Compared to NDK's existing products, phase noise characteristics have improved by 10 dB with the offset frequency at 1 kHz or more.) Excellent aging characteristics. | |
| Four inputs, Stratum 3 solution for the Synchronous Timing Source in SONET/SDH network elements. Accepts 4 reference inputs in 9 steps from 8 kHz to 77.76 MHz (See specification below)... | |
| Frequency range: 60 to 185 MHz. A surface-mount crystal oscillator. Complies with the RoHS Directive. | |
| Frequency range: 600 to 780 MHz. A surface-mount crystal oscillator. Complies with the RoHS Directive. | |
| Low Phase Noise [ >10kHz ; -160dBc/Hz ] Minimal Harmonic Response [-60dBc] Excellent Temperature Stability. Using SC-Cut Crystals. Stable C-mode Oscillation. | |
| Output frequency in sync with input frequency can be obtained. Lock status can be monitored with VCXO control voltage monitor output used. | |
| Power supply voltage is 2.5 V, LV-PECL output level. Output frequency range are 62.5 to 313 MHz. Ultra-compact with dimensions of 7.0x5.0x1.7 mm. A surface-mount crystal oscillator. | |
| Power supply voltage is 2.5 V, LVDS output level. Output frequency range are 62.5 to 220 MHz. Ultra-compact with dimensions of 7.0x5.0x1.7 mm. A surface-mount crystal oscillator. | |
| Power supply voltage is 3.3 V, LV-PECL output level. Output frequency range are 62.5 to 313 MHz. Ultra-compact with dimensions of 7.0x5.0x1.7 mm. Surface-mount crystal oscillator. | |
| Power supply voltage is 3.3 V, LVDS output level. Output frequency range are 62.5 to 220 MHz. Ultra-compact with the dimensions of 7.0x5.0x1.7 mm. A surface-mount crystal oscillator. | |
| Sine wave output. Frequency range: 600 to 780 MHz. A surface-mount crystal oscillator. Complies with the RoHS Directive. | |
| Supports low power supply voltage. (Supports DC x2.4 Vx/-0.1 V to 2.9 Vx/-0.1 V.) Ultra-compact and light with a height, cubic volume, and weight of Max. 0.8 mm, 0.0022 cm... | |
| Supports low power supply voltage. (Supports DC x2.4 Vx/-0.1 V to x3.3 Vx/-5 %.) Ultra-compact and light with a height, cubic volume, and weight of Max. 1.5mm, 0.022 cm3... | |
| Supports low power supply voltage. (Supports DC x2.4 Vx/-0.1 V to x3.4 Vx/-5 %.) Ultra-compact and light with a height, cubic volume, and weight of Max. 1.0 mm, 0.007 cm... | |
| Two frequency is selected by external input: 622.08 MHz or FEC rate. A surface-mount crystal oscillator. Complies with the RoHS Directive. | |
| Two reference input frequencies in 9 steps from 8 kHz to 77.76 MHz. Compliant with Telecordia GR1244CORE, GR253. Hit-less reference switching. Frequency ramp control during reference switching. Simple hardware control... | |
| Ultra Low Phase Noise Low Spurious Extremely Pure Spectrum High Isolation (Typ. 30dB) High Reliability RoHS Compliant | |
| Wide Frequency Bandwidth (1GHz) Ultra Low Phase Noise (less than -90dBc/Hz @1kHz) 1Hz Step Resolution High Purity & Low Spurious Signal Source Frequency Setting Using 3-Wire Serial Interface Built-In PLL... |