Features: SpecificationsDescription 3EQHM8 series low EMI oscillators can reduce system EMI by 15dB.The oscillators are a 'drop-in' replacement for standard oscillators.EMI reduction is achieved by the use of Spread Spectrum Technology whereby the mode energy is spread over a wider bandwidth. The ...
3EQHM8: Features: SpecificationsDescription 3EQHM8 series low EMI oscillators can reduce system EMI by 15dB.The oscillators are a 'drop-in' replacement for standard oscillators.EMI reduction is achieved by ...
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3EQHM8 series low EMI oscillators can reduce system EMI by 15dB.The oscillators are a 'drop-in' replacement for standard oscillators.EMI reduction is achieved by the use of Spread Spectrum Technology whereby the mode energy is spread over a wider bandwidth. The modulation carrier frequency, operating in the kHz region, makes the process transparent to the oscillator frequency. There is a choice of modulation rates and spread to suit application requirements.
The main field of 3EQHM8 are (1)Printers, Multiple Function Printers (MPCs);(2)Digital Copiers; PDAs.(3)Networking: LAN/WAN; Routers.(4)Storage Systems (CD-ROM, VCD, DVD, HDD)(5)Scanners; Modems; Projectors.(6)Embedded Systems;(7)Musical Instruments;(8)Automotive: GPS car navigation systems;(9)LCD PC Monitors; LSD TVs;(10)ADSL;PCMCIA;(11)Still Digital Cameras (SDCs).
The following is some information about the specification of 3EQHM8.The frequency range is from 3.5MHz to 165.0MHz.The output logic is CMOS.The input voltage (Vdd) is +3.3VDC ±5%.The output voltage HIGH '1'is 2.0V min. and 3.2V typ. (90%Vdd).The output voltage LOW '0'is 0.8V max. and 0.2V typ. (10%Vdd).The rise/fall times is 4ns max (frequency dependant).The load is 15pF.The start-up time is 2ms typical and 5ms max.The storage temperature is from -65°C to +150°C.Current Consumption is 10mA typical at 10 ~ 50MHz,but 18mA typical at 50 ~ 125MHz.The duty cycle is 50%±5% (CL=15pF, 50%Vdd).Cycle to cycle jitter is ±250ps typ. and ±300ps max.Output impedance is 40 Ohms typical.Static discharge voltage is greater than 2000V (per MIL STD 833).