|Category||Timing Circuits => Oscillators => TCXO (Temperature Controlled Oscillators)|
|Description||SMD 20x13x10 MM /6 Pins Dtcxo|
|Datasheet||Download QED110-AH datasheet
Our QED is a new generation of surface mountable digitally temperature controlled crystal oscillator. The main specifications are the very low consumption, the high stability and the small size. We can propose a large range of frequency from to 110 MHz with MOS output and frequency stability versus temperature of ±0.4 ppm. Available or 5V over a wide temperature range, this model presents optimized phase noise similar to analog devices. It offers the best compromise in cost and performance and this model is easily customized following your request.SPECIFICATIONS
POWER SUPPLY NOMINAL FREQUENCY OPERATING TEMPERATURE RANGE CONSUMPTION FREQUENCY ADJUSTMENT
external control voltage input impedance frequency range external potentiometer value (on option)
more than ageing (10 years) + adjustment available ( reference voltage V on pin 5) square
level to 4.5 duty cycle rise time fall time load
± ppm ± ppm ± ppm ± ppm ± ppm dBc/Hz Vcc ± 5% changing 1 gate 1 year ( it could be improved down 0.5ppm/yr) 10 years at 10 KHz at 100 KHzSpecifications are subject to change without notice - Page / 1
PINOUT : 1- Voltage control 2- NC used dur. manufactur. 3- Power supply 4- HF output 5- NC (option ref. voltage) 6- GndSpecifications are subject to change without notice - Page / 2
|Related products with the same datasheet|
|Some Part number from the same manufacture Temex Components|
|QED110-BH SMD 20x13x10 MM /6 Pins Dtcxo|
|QED45-AO/AH Digitally Compensated Crystal Oscillators Dtcxo/high Performance Dtcxo|
|QED45-BH/BO Digitally Compensated Crystal Oscillators Dtcxo/low Phase Noise Dtcxo|
|QED45-DH Digitally Compensated Crystal Oscillators Dtcxo/low Power Real Time Dtcxo|
|QED67-AO/AH Digitally Compensated Crystal Oscillators Dtcxo/high Performance Dtcxo|
|QEM77-AH 41 X 41 MM /19 Pins Mcxo|
|QEN101 Crystal Oscillator - Xo/consumer & Industrial SMD xo|
|QEN106 Hi-rel Crystal Oscillators - Xo: Flatpack Crystal Clock Oscillators With Hcmos /ttl Compatibility|
|QEN14 Crystal Oscillator - Xo/consumer & Industrial Dil xo|
|QEN49-AE Full Military Dil xo|
|QEN49-BH Crystal Oscillator - Xo/full Military Dil xo|
|QEN49-DH Crystal Oscillator - Xo/industrial & Military Dil xo|
|QEN49-EH Full Military Dil xo|
|QEN49-FH Crystal Oscillator - Xo/full Military Dil xo|
|QEN51-AO Consumer & Industrial 20 X 20 MM xo|
|QEN55-AE Full Military Dil xo|
QEV60-BT : Voltage Controlled Crystal Oscillator - Vcxo/consumer & Industrial SMD Vcxo
QEUM5310FM3016 : UM5 Crystal - Through Hole & Gull Wing SMD Packaged
QEV4KH150JQ50 : DIL 8 Pin Half Size VCXO - Communications Equipment Application
QEHC49H3550JM1016 : SMD 3.2x2.5 Crystal -ceramic SMD Packaged
QEUM5130FM5016 : UM5 Crystal - Through Hole & Gull Wing SMD Packaged
QEUM5750HQ5016 : UM5 Crystal - Through Hole & Gull Wing SMD Packaged
TMXW369 : SAW Bandpass Filter - Home & Building - RF
QEV4BH75DT100 : DIL 8 Pin Half Size VCXO - Communications Equipment Application
82C85 : CPU/Memory Specific PLL. CMOS Static Clock Controller/generator. The Intersil 82C85 Static CMOS Clock Controller/Generator provides complete control of static CMOS system operating modes and supports full speed, slow, stop-clock and stop-oscillator operation. While directly compatible with the Intersil 80C86 and 80C88 16-bit Static CMOS Microprocessor Family, the 82C85 can also be used for general system clock control.
ASR418A : Crystal Oscillators. One-port 418 MHZ Leaded, To-39 Package 8/2002. One-port SAW resonator 418 MHz. Fundamental mode. Wide operating temperature range. Quartz frequency stabilization of fixed-frequency transmitters at 418.00 MHz. Wireless car alarm, Garage door opener. (RKE) Mobile communications systems 0.12 min. (3.0) DC voltage Operating temperature Maximum power dissipation ± 30 Vdc +85°C 10dBm Center frequency.
AV9155C : Low Cost 20-pin Frequency Generator. The is a low cost frequency generator designed specifically for desktop and notebook PC applications with either or 5.0V power supply voltage. Its CPU clocks provide all necessary CPU frequencies for 286, 386 and 486 systems, including support for the latest speeds of processors. The device uses a 14.318 MHz crystal to generate the CPU and all peripheral.
BQ3285EC : Clock Circuits. Real-time Clock (rtc). ® Direct clock/calendar replacement for IBM® AT-compatible computers and other applications ® 2.75.5V operation (bq3285LC); 4.55.5V operation ® 242 bytes of general nonvolatile storage ® Dedicated 32.768kHz output pin ® System wake-up capability-- alarm interrupt output active in battery-backup mode ® Less than 0.5µ A load under battery operation.
CDC924DL : PLL-Based Synthesizers. ti CDC924, PC Motherboard 133-MHz Clock Synthesizer W/3-state Outputs.
HMC385LP4 : Vco W/buffer. Pout: +4.5 dBm Phase Noise: -115 dBc/Hz @100 KHz No External Resonator Needed Single Supply: 35 mA QFN Leadless SMT Package, 16 mm2 Typical Applications Low noise MMIC VCO w/Buffer Amplifier for: Wireless Infrastructure Industrial Controls Test Equipment Military The is a GaAs InGaP Heterojunction Bipolar Transistor (HBT) MMIC VCO with integrated resonator,.
HMMC-3104 : Prescalers/Dividers->RF. SO-8 SMT 0.5-16 GHZ GAAS HBT Prescalers. - 7" diameter reel/500 each HMMC-3104-BLK - Bubble strip/10 each Data Sheet Wide Frequency Range: 0.216 GHz High Input Power Sensitivity: On-chip pre- and post-amps t ilen to +10 dBm (110 GHz) to +10 dBm (1012 GHz) to +5 dBm (1215 GHz) Pout: +6 dBm (0.99 Vp-p) will drive ECL Low Phase Noise: Package Type: 8-lead SSOP Plastic -153 dBc/Hz @ 100 kHz Offset.
ICS9117-01 : Application Specific PLL. Frequency Generator For Modem Systems. The is a low-cost, high-performance frequency generator designed to support fax/data modem systems. Datapump and UART clocks are synthesized from a microcontroller crystal using high-accuracy, low-jitter PLLs, meeting the frequency tolerance and -96dB signal-to-noise ratios required by 16-bit DSP modem systems. Fast output clock edge rates minimize.
ICS9120-11 : Application Specific PLL. Frequency Generator For Multimedia Audio Synthesis.
ICS9169C-40 : CPU/Memory Specific PLL. System Clock Chip. The is a Clock Synthesizer chip for Pentium or Cyrix CPU based motherboards using PCI. include eight CPU clocks and six PCI clocks. A Reference Output is available equal to the crystal frequency. The device meets the Pentium power-up stabilization, which requires that CPU and PCI clocks be stable within 2ms after power-up. The ICS9169C-40 clock output.
KHR0515A01 : = Resonator ;; Package = -.
MQF21.4-2000/01 : Monolithic Crystal Filter (MCF). Pole No. = 2 ;; Loss /dB = 1.5 ;; Passband /dB = 3.0 ;; Passband /±kHz = 10.00 ;; Ripple /dB = 0.5 ;; Ripple /±kHz = 6.0 ;; Stopband /dB = 15 ;; Stopband /±kHz = 30.00 ;; Stopband /dB = 35 ;; Stopband /±kHz = 350.0 ;; Impedance R/ohm = 1800 ;; Impedance C/pf = 1.00 ;; Remarks = ;; Case.
MQF21.4-3000/01 : Monolithic Crystal Filter (MCF). Pole No. = 2 ;; Loss /dB = 1.5 ;; Passband /dB = 3.0 ;; Passband /±kHz = 15.00 ;; Ripple /dB = 1.0 ;; Ripple /±kHz = 10.0 ;; Stopband /dB = 15 ;; Stopband /±kHz = 45.00 ;; Stopband /dB = 20 ;; Stopband /±kHz = 75.00 ;; Impedance R/ohm = 1500 ;; Impedance C/pf = 1.00 ;; Remarks = ;; Case.
PJ-A2D00 : XO LVDS Oscillators. Surface Mount 6 J Leads Frequency Range (Mhz) : PJ-A2D00 Output/input : 50.0 - 250.0.
RO2188 : SAW Resonators. Frequency = 390.0 ;; = Resonator. Ideal for 390.0 MHz Transmitters Very Low Series Resistance Quartz Stability Rugged, Hermetic, TO39-3 Package The is a true one-port, surface-acoustic-wave (SAW) resonator in TO39-3 case. It provides reliable, fundamental-mode, quartz frequency stabilization of fixed-frequency transmitters operating at 390.0 MHz. Rating CW RF Power Dissipation DC Voltage.
ADCLK954 : Two Selectable Inputs, 12 LVPECL Outputs, SiGe Clock Fanout Buffer The ADCLK954 is an ultrafast clock fanout buffer fabricated on the Analog Devices, Inc., proprietary XFCB3 silicon germanium (SiGe) bipolar process. This device is designed for high speed applications requiring low jitter. The device has two selectable differential inputs via the IN_SEL.