Crystal Oscillator SPXO
NZ2520SEB
Application
・Car navigation, car audio, camera
・Digital camera, Single-lens reflex camera
Features
・Overall frequency tolerance Max. ±25 × 10–6 at –40 to +85°C
・Compact and light. Dimensions : 2.5 x 2.0 x 0.9 mm, weight : 0.02 g
・Automatic mounting by taping and IR reflow (lead free soldering) is possible
・Lead-free
・Conforms to AEC-Q100/200
Item | Symbol | Value | Unit | ||||
---|---|---|---|---|---|---|---|
Nominal frequency range | fnom |
|
MHz | ||||
Package size (L×W×H) | - | 2.5×2.0×0.9 | mm | ||||
Supply voltage | Vcc |
|
V | ||||
Current consumption | ICC |
|
mA | ||||
Stand-by current | IST |
|
μA | ||||
Output specification | - |
CMOS |
- | ||||
Load | CL | Max. 15 | pF | ||||
Storage temperature range | Tstr | -55 to +125 | ℃ | ||||
Operating temperature range | Topr |
|
℃ | ||||
Overall frequency tolerance | Df/fnom |
|
ppm | ||||
Output voltage | VOL |
|
V | ||||
Output voltage | VOH |
|
V | ||||
Rise (tr), fall (tf) time | tr/tf |
|
ns | ||||
Symmetry | SYM | 45 to 55 | % | ||||
Start-up time | tsu |
|
ms | ||||
Specification number | - |
|
- |
Stand-by function
#1 PAD input | #3 PAD output |
---|---|
H Level (0.7 VCC to VCC) or OPEN | Operating |
L Level (0.3 VCC max) | High impedance |
Current consumption
Supply voltage[V] | Nominal Frequency range(MHz) | |||
---|---|---|---|---|
1.5≦F<10 | 10≦F<20 | 20≦F<30 | 30≦F≦32 | |
1.8 V | 2.5 MAX | 3.5 MAX | 4.0 MAX | 4.5 MAX |
2.5 V | 3.0 MAX | 4.0 MAX | 4.5 MAX | 5.0 MAX |
3.0 V | 3.5 MAX | 4.5 MAX | 5.0 MAX | 5.5 MAX |
3.3 V | 3.5 MAX | 4.5 MAX | 5.0 MAX | 5.5 MAX |
Specification number
Overall frequency tolerance (ppm) |
Operating temperature range (°C) |
Supply voltage(V) | |||
---|---|---|---|---|---|
Typ. +1.8 | Typ. +2.5 | Typ. +3.0 | Typ. +3.3 | ||
±25 | -40 to +85 | NSC5281A | NSC5281B | NSC5281C | NSC5281D |
±20 | -30 to +85 | NSC5282A | NSC5282B | NSC5282C | NSC5282D |
±15 | -20 to +70 | NSC5283A | NSC5283B | NSC5283C | NSC5283D |
±12 | -10 to +60 | NSC5284A | NSC5284B | NSC5284C | NSC5284D |
External dimensions
Output Wave 1