ECS-TXO-10C2
SERIES
SMD TEMPERATURE COMPENSATED OSCILLATOR
The ECS-TXO-10C2 is a TCXO (Temperature
Compensated Crystal Oscillator) featuring very
tight stability over a wide temperature range.
An internal trimmer is a standard feature to
tune the TCXO to its nominal frequency. The
standard DIP 14 pin pitch TCXO is ideal for
wireless communication applications.
OPTIONS:
鈥?3V operation
鈥?2 TTL/CMOS I5 pF load
鈥?voltage control function
FEATURES
鈥?Highly stable output over wide temperature range
鈥?4.7mm H max. low profile TCXO
鈥?Industry standard DIP 14 pin lead spacing
PART NUMBERING GUIDE
鈥淓XAMPLE鈥?/div>
PART NUMBER*
ECS-TXO-10C2
ECS-TXO-10D2
ECS-VTXO-10C2
ECS-VTXO-10D2
WAVEFORM
CLIPPED SINE WAVE
2 TTL/15pF CMOS
CLIPPED SINE WAVE
2 TTL/15pF CMOS
CONTROL OPTION
NO VOLTAGE CONTROL
NO VOLTAGE CONTROL
VOLTAGE CONTROL
VOLTAGE CONTROL
STANDARD FREQUENCIES
11.300, 12.800, 15.360, 19.200
and 21.250 MHz
* Complete part number to include frequency. i.e. ECS-TXO-10C2-100 (100 = 10 MHz)
OPERATING CONDITIONS/ELECTRICAL CHARACTERISTICS
PARAMETERS
TYPE
FREQUENCY RANGE
FREQUENCY TOLERANCE
FREQUENCY STABILITY
SUPPLY VOLTAGE
SUPPLY CURRENT
OUTPUT LEVEL
OUTPUT LOAD
AGING
FREQUENCY ADJUSTMENT
VOLTAGE CONTROL RANGE
STOAGE TEMPERATURE
per year @25藲C
Internal Trimmer
@ 2.5 鹵2.0V
-40 +85藲C
CONDITIONS
f
o
@ 25藲C
-30藲C ~+75藲C
SPECIFICATIONS
ECS-TXO-10C2
ECS-TXO-10D2
ECS-VTXO-10C2
ECS-VTXO-10D2
9.600 ~ 26.000
9.600 ~ 26.000
鹵0.5
鹵0.5
鹵2.5
鹵2.5
+5鹵5%
+5鹵5%
2.0 Max.
2.0 Max.
1Vp-p Min.
1Vp-p Min.
HCMOS/TTL
HCMOS/TTL
(Clipped Sine)
(Clipped Sine)
10K ohm
2 TTL
10K ohm
2 TTL
15pF
15pF
15pF CMOS
15pF CMOS
鹵1.0
鹵1.0
鹵3.0 Min.
鹵3.0 Min.
N/A
鹵8.0 Min.
UNITS
MHz
PPM
PPM
V
mA
PPM
PPM
PPM
藲C
PACKAGE DIMENSIONS (mm)
21.3
鹵0.5
18.3
鹵0.5
#1
11.7
鹵0.5
7.5
鹵0.5
#7
2.0
鹵
0.5
3.0
鹵
0.5
#14
15.0
鹵0.5
4.7 MAX.
#8
4.0
ECS-TXO-10C2 SERIES 鈥?Top, Side and Bottom views
ECS, INC. INTERNATIONAL
1105 S. RIDGEVIEW, OLATHE, KS 66062 鈥?913-782-7787 鈥?800-237-1041 鈥?FAX 913-782-6991 鈥?WWW.ECSXTAL.COM
OSCILLATORS
48
OSCILLATORS
1.0
鹵
0.2
PIN CONNECTIONS
#1
N.C. or Vcont
#7
GND/CASE
#8
OUTPUT
#14
+Vcc
1
