IQD LFTVXO076345REEL

IQXT-316-3 uses ASIC technology, designed to meet the short-term and medium-term stability requirements for small cell packet network synchronization.

• Frequency 30.720MHz
• Frequency tolerance ±1.00ppm, tolerance condition at 25°C ± 1°C and VC = 1.5V
• Frequency stability ±0.25ppm
• Operating temperature range -5.00 to 85.00°C
• Short-term frequency stability during operation (any 24-hour slot at fixed supply voltage and load): max ±80ppb at 50 to 70°C; max ±100ppb at 15 to 85°C; max ±250ppb at -5 to 85°C
• Aging (at 25°C): max ±20ppb/day; max ±200ppb/month; max ±1ppm/year; max ±2ppm over 3 years
• Rate of temperature change (maximum rate of temperature change condition for guaranteed stability specification): max 1°C/min
• Acceleration sensitivity (gamma vector for all 3 axes, 30 to 1500Hz): typical max 2ppb/G
• Supply voltage variation (±2% variation at 25°C, frequency measured referenced to nominal Vs): typical ±10ppb
• Load variation (±1pF variation at 25°C, frequency measured referenced to nominal load): typical ±10ppb
• Reflow variation (ΔF before and after reflow, measured after 1 hour recovery at 25°C): max ±1ppm
• Pulling range min ±7ppm to max ±12ppm
• Control voltage 1.5V ± 1.0V
• Input impedance min 100kΩ
• Linearity (deviation from straight-line curve fit): max 1%
• Frequency tuning slope positive
• Modulation bandwidth min 1Hz
• Output compatibility HCMOS
• Drive capability 15pF
• Rise and fall time max 8.0ns
• Duty cycle 45/55%
• Output low level (VoL): max 10% Vs; output high level (VoH): min 90% Vs
• Start-up time (amplitude within 90% of specified output level): max 15ms
• Temperature sensor output (Pin 3): typical 1.76V at 25°C
• Slope option: typical -2.1mV/°C
• Resistive load: min 100kΩ
• Capacitive load: max 30pF
• Output impedance (at 25°C): typical 1kΩ
• Sensor linearity: typical 1.5%
• Tri-state mode: Pin 6 input logic '0' (max 20% Vs) disables oscillator output, output enters high-impedance state; Pin 6 input logic '1' (min 60% Vs) or open enables oscillator output
• Output enable time: max 100us
• Phase noise (at 25°C, typical): -65dBc/Hz at 1Hz; -95dBc/Hz at 10Hz; -125dBc/Hz at 100Hz; -143dBc/Hz at 1kHz; -149dBc/Hz at 10kHz; -152dBc/Hz at 100kHz; -155dBc/Hz at 1MHz
• Phase jitter (12kHz to 5MHz): typical 300fs RMS
• Low temperature storage: per IEC 60068-2-01, Test Ab, 1000 hours at -55°C
• High temperature storage: per IEC 60068-2-02, Test Bb, 1000 hours at 150°C
• Mechanical shock: per JESD22-B104, 1500G, 0.5ms duration, 5 pulses in each of 6 directions
• Vibration: per JESD22-B103, 4 hours in each of 3 directions, 20G peak acceleration, test frequency range 60–2000Hz, 12 hours total
• High temperature operating life (HTOL): per JESD22-A108, 1008 hours at 125°C
• Thermal cycling: per JESD22-A104, 500 temperature cycles, -55 to 125°C
• Solderability: per JESD22-B102, Method 1, Condition E, 260°C for 5 seconds (preconditioning: 150°C, 16 hours)
• Resistance to soldering heat: per IPC/JEDEC J-STD-020, 3 reflow cycles (peak temperature 260°C)
• Humidity: per JESD22-A101, 1008 hours at 85°C ± 2°C, 85% RH non-condensing (preconditioning: 3 reflow cycles, peak temperature 260°C)
• Aging: per MIL-PRF-55310, 1008 hours at 85°C (preconditioning: 3 reflow cycles, peak temperature 260°C)
• Maximum process temperature: 260°C (max 30 seconds)
• RoHS termination
• RoHS reflow temperature max 260°C, max 30 seconds
• RoHS status (2015/863/EU): compliant
• REACH status: compliant
• MSL level (JEDEC-STD-033): 1