PIEZOELECTRIC CRYSTAL OSCILLATOR GK346-P-D
Piezoelectric crystal oscillator GK346-P-D manufactured as per KPGF.433526.066 TU, DIL-14 package
Basic parameters
Number and pin assignment
Overrall dimensions
Appearance
Model identification code: GK346-P-15BM-16.384М-3.3-15 KPGF.433526.066 TU
Oscillator type | GK346-P |
Adjustment accuracy | 15 |
Operating temperature range | B |
Temperature instability of frequency within operating temperature range | М |
Nominal frequency, MHz | 16,384М |
Supply voltage, V | 3,3 |
Load capacitance, pF (Load 50 pF not specified) | 15 |
Electrical parameter
Parameter | Value |
Nominal frequency range, MHz | 0.008 to 200 |
Load rating | 5 Schottky TTL, 15 pF; 30 pF |
Output | CMOS |
Logic levels: | |
‘0’ level, V max. | 0.15 Us |
‘1’ level, V max. | 0.75 Us |
Pulse ratio, % max. | 50 ± 10 % |
Rise/fall time, ns, max. | 5 |
Supply voltage, V | 3,3* ± 10 %; 5* ± 10 % |
Voltage coefficient ± 10 %, ×10-6, max. | ±3 |
Supply current, mA, max: | |
Cload = 15 pF: | |
fnom up to including 60 000 kHz | 25 |
fnom over 60 000 kHz up to 125 000 kHz | 45 |
fnom over 125 000 kHz | 65 |
Cload = 50 pF: | |
fnom up to including 60 000 kHz | 40 |
fnom over 60 000 kHz up to 125 000 kHz | 70 |
fnom over 125 000 kHz | 90 |
Adjustment accuracy, х10-6
± 2,5 | (10) |
± 5 | (11) |
± 7,5 | (12) |
± 10 | (13) |
± 15 | (14) |
± 20 | (15) |
± 30 | (16) |
Impact resistance to external factors action
Parameter | Value |
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:
1. Specifications can be modified to meet Customer’s specific requirements 2. * - Oscillators are available with the supply voltage range from 1.8 to 3.3 V
Operating temperature range
Operating temperature range, ˚С | Temperature instability of frequency within operating temperature range, х10-6 | ||||||
± 10 (I) | ± 15 (К) | ± 20 (L) | ± 25 (М) | ± 30 (N) | ± 40 (P) | ± 50 (R) | |
-10…+60 (А) | + | + | + | + | + | + | + |
-30…+60 (Е) | - | + | + | + | + | + | + |
-30…+70 (P) | - | + | + | + | + | + | + |
-30…+85 (R) | - | + | + | + | + | + | + |
-40…+70 (B) | - | + | + | + | + | + | + |
-40…+85 (S) | - | + | + | + | + | + | + |
-60…+70 (V) | - | - | - | + | + | + | + |
-60…+85 (G) | - | - | - | + | + | + | + |
Piezoelectric crystal oscillator