Datasheet
EUROQUARTZ LIMITED Blacknell Lane CREWKERNE Somerset UK TA18 7HE
Tel: +44 (0)1460 230000 Fax: +44 (0)1460 230001 info@euroquartz.co.uk www.euroquartz.co.uk
EURO
QUARTZ
3.2 x 2.5 x 1.0mm SMD HCMOS
DESCRIPTION
XO32 ultra-miniature oscillators consist of a TTL/CMOS-compatible
hybrid circuit and a miniature quartz crystal packaged in a low-profile,
industry-standard ceramic package. The package provides a fully
specified clock oscillator with a very small footprint.
Ultra-miniature 3.2 x 2.5 x 1.0mm package
Frequency Range 312kHz to 160MHz
Tristate (Enable/Disable) function as standard
Supply voltage 1.0, 1.2, 1.5, 1.8, 2.5, 3.3 or 5.0 Volts
XO32 Series Oscillators
Frequency Range: 312kHz to 160.0MHz
Supply Voltage: 1.0, 1.2, 1.5, 1.8, 2.5, 3.3 Volts±5%
or 5.0 Volts ±10%
Output Logic: HCMOS/LSTTL
Frequency Stability
0° to +50°C: from ±10ppm
-20° to +70°C: from ±15ppm
-40 to +85°C: from ±25ppm
-55° to +105°C: from ±100ppm
Rise/Fall Time:
Output Voltage:
HIGH ‘1’: 90%Vdd minimum
LOW ‘0’: 10%Vdd maximum
Output Load 15pF (
)
Duty Cycle: 50%±5% typical
Supply Current:
Operating Temperature
Commercial: -10° to +70°C
Industrial: -40° to +85°C
Storage Temperature: -55 to +105°C
Start-up Time: 10ms max.
Ageing: ±5ppm max. in first year at 25°C
Phase Jitter RMS: 10ps typical
Tristate Function (Pad 1): Enable/Disable function is standard for
XO32. Output (Pad 3) is active if Pad 1
is not connected or Pad 1 is 'HIGH'.
Output is high impedance when 'LOW'
or GROUND is applied to Pad 1.
Packaging: 8mm tape, 178mm reel, 1k pieces
SPECIFICATION
OUTLINE & DIMENSIONS
312kHz to 160MHz
FEATURES
Page
1 of 2
SUPPLY VOLTAGE-DEPENDENT PARAMETERS
Supply
Voltage
+1.0VDC±5%
Code = 'F'
+1.2VDC±5%
Code = 'E'
+1.5VDC±5%
Code = 'D'
+1.8VDC±5%
Code = 'C'
+2.5VDC±5%
Code = 'B'
+3.3VDC±5%
Code = 'A'
+3.3VDC±10%
Code = '_'
Frequency
Range
312kHz~
60MHz
312kHz~
60MHz
312kHz~
60MHz
156kHz~
160MHz
156kHz~
160MHz
156kHz~
160MHz
156kHz~
160MHz
Logic HIGH '1'
(90%Vdd min.)
0.90V min. 1.08V min. 1.35V.min 1.62V min. 2.25V min. 2.97V min. 4.5V min.
Logic LOW '0'
(90% Vdd max.)
0.10V max 0.12V max 0.15V max. 0.18V max. 0.25V max. 0.33V max. 0.5V max.
Current
Consumption
[0.3~1.5MHz]
4mA max.
[0.3~1.5MHz]
4mA max.
[0.3~1.5MHz]
4mA max.
[1.0~1.5MHz]
5mA max.
[0.3~1.5MHz]
5mA max.
[0.5~1.5MHz]
5mA max.
[0.5~1.5MHz]
5mA max.
[1.5~20MHz]
4mA max
[1.5~20MHz]
4mA max.
[1.5~20MHz]
4mA max.
[1.5~20MHz]
8mA max.
[1.5~20MHz]
8mA max.
[1.5~20MHz]
8mA max.
[1.5~20MHz]
8mA max.
[20.1~50MHz]
4mA max.
[20.1~50MHz]
4mA max.
[20.1~50MHz]
4mA max.
[20.1~50MHz]
15mA max.
[20.1~50MHz]
15mA max.
[20.1~50MHz]
15mA max.
[20.1~50MHz]
15mA max.
[50.1~60MHz]
12mA max.
[50.1~60MHz]
12mA max.
[50.1~60MHz]
12mA max.
[50.1~160MHz]
22mA max.
[50.1~160MHz]
25mA max.
[50.1~75MHz]
35mA max.
[50.1~75MHz]
35mA max.
Rise Time/
Fall Time
6ns max. 6ns max. 6ns max. 7ns max. 7ns max. 10ns max. 10ns max.
Measured between 10% ~ 90% of wave form (CL = 15pF)