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TEMPERATURE COMPENSATED PIEZOELECTRIC CRYSTAL OSCILLATOR GK256-TK-04

TEMPERATURE COMPENSATED PIEZOELECTRIC CRYSTAL OSCILLATOR GK256-TK-04

Temperature compensated piezoelectric crystal oscillator GK256-TK-04 manufactured as per KPGF.433531.035 TU, SMD7 package

Basic parameters

  • Nominal frequency range, MHz 0.625 - 50
  • LWH, mm 7х5х1,8
  • Interconnection technique SMD (Surface mounted device / Surface mounting)
  • Waveform CMOS
  • Quality category “QCD”

Number and pin assignment

  • 1 Enabled to a common conductor
  • 2 General
  • 3 Output
  • 4 Power supply
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Overrall dimensions

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GK256-TK-04 - Dimensions
GK256-TK-04
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Model identification code: GK256-TK-04-AG-30М-3.3 KPGF.433531.035 TU

Oscillator type GK256-TK-04
Operating temperature range А
Temperature instability of frequency within operating temperature range G
Nominal frequency, MHz 30М
Supply voltage, V 3,3

Electrical parameter

Parameter Value
Nominal frequency range, MHz 0.625 - 50
Adjustment accuracy, х10-6 ± 1
Output parameters:
wave form CMOS
Logic ‘1’, V min. 0,9 Us
Logic ‘0’, V max. 0,1 Us
Pulse ratio, % max. 50 ± 5
Rise/fall time, ns, max 3
Spectral density of phase noise at 1 kHz offset, dB/Hz, max -(120…140)
Supply voltage, V 2,7 ± 5 %; 3,0 ± 5 %; 3,3 ± 5 %;
Output voltage vs. load deviation ±20 %, ×10-6, max. ± 5
Load coefficient ± 20 %, ×10-6, max. ± 0,2
Load capacitance 15±20% pF
Supply current, mA 9 - 24

Impact resistance to external factors action

Mechanical impact resistance М6 Group, GOST 25467
Climatic impact resistance UKhL 2.1 cat., GOST 25467
Leak-proof construction
γ-percentile time to failure at γ = 95 % under standard operating conditions (at ambient temperature of 85 °С) for min. 20 000 h within 15 years of service life
γ-percentile storageability time – min. 15 years with γ = 95 %

Notes:

Specifications of oscillators can be modified to meet Customer’s specific requirements.

Temperature instability of frequency within operating temperature range, х10-6

Operating temperature range, ˚С Temperature instability of frequency within operating temperature range, х10-6
± 0,1 (V) ± 0,14 (V1) ± 0,28 (V2) ± 0,3 (V3) ± 0,5 (G) ± 1,0 (D) ± 1,5 (G1) ± 2,0 (D1) ± 2,5 (Е) ± 3,0 (Е1) ± 5,0 (Zh) ± 7,5 (Zh1) ± 10,0 (I)
0…+50 (L) + + + + + + + + + + + + +
0…+70 (К) + + + + + + + + + + + + +
-10…+60 (А) - + + + + + + + + + + + +
-30…+60 (Е) - - + + + + + + + + + + +
-30…+70 (P) - - + + + + + + + + + + +
-30…+85 (R) - - - + + + + + + + + + +
-40…+70 (B) - - - + + + + + + + + + +
-40…+85 (S) - - - + + + + + + + + + +
-60…+85 (G) - - - - - - - - - - + + +

Piezoelectric oscillator