MIL-PRF-55310/12H
TABLE I. Dash numbers and operating characteristics.
Output voltage
Rise
Supply
Input
Output
Dash
Duty
Frequency-temperature
voltage
current
frequency
and
num-
cycle
tolerance (ppm)
5%
-55C
-55C
-20C
(max)
range
fall
ber
Logic: 1
Logic: 0
times
(min)
(max)
to
to
to
+125C
+105C
+70C
(max)
A
B
C
MHz
V dc
mA
V dc
V dc
ns
percent
100
70
55
01
.05 through 6
+15
35
13
2
30
40 to 60
100
70
55
02
6 through 10
+15
40
13
2
30
40 to 60
100
70
55
03
.05 through 6
+12
25
10
1
60
40 to 60
100
70
55
04
6 through 10
+12
30
10
1
60
40 to 60
100
70
55
05
.05 through 6
+10
20
9.5
0.5
60
40 to 60
100
70
55
06
6 through 10
+10
20
9.5
0.5
60
40 to 60
Frequency-temperature tolerance (one-half temperature cycle, referenced to frequency measured at +23C
1C, immediately prior to starting of the test): See table I. Measurements taken at ten equally spaced increments
over the specified operating temperature range. 1/
Frequency-voltage tolerance: 1 ppm maximum for a 10 percent change in supply voltage. Measurements taken
at reference temperature and operating temperature range end points.
Frequency aging: Measurements shall be taken at +70C 0.2C at intervals of not more than every 72 hours for a
minimum of 30 days.
5 ppm per year, maximum
10 ppm per year, maximum
0.7 ppm per 30 days.
1.5 ppm per 30 days
1.5 ppm per 90 days
3 ppm per 90 days
Terminal strength: Method 211 of MIL-STD-202, test condition C.
Applied force: 2 pounds each terminal for 10 seconds.
Bends: Five at 45 degrees each.
Frequency-environmental tolerance: Not applicable.
Nonoperating: Test condition D.
Operating: Not required.
Ambient pressure:
Nonoperating: In accordance with MIL-PRF-55310.
Operating: Method 105 of MIL-STD-202, test condition C.
1/ For the purpose of transitioning this device to MIL-PRF-55310, `Frequency stability versus temperature' has been
renamed `Frequency-temperature tolerance'. The verification requirements of `initial frequency-temperature
accuracy (one-half temperature cycle)' shall apply except that frequency measurements shall be referenced to
the frequency measured at +23C 1C (fref) instead of to the nominal frequency (fnom).
3
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