Q-Tech QT1T - Manual (Page 3)

MIL-PRF-55310/9J
3
TABLE I. Dash numbers and operating characteristics.
1/ Maximum input current for no load condition. Actual configuration of TTL loads must be added to determine
power supply requirements.
2/ A TTL unit load is defined as: 1.6 mA sink, 0.04 mA source, and 2 pF capacitance.
Frequency-voltage tolerance:
 2 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 +70
C  0.2C at intervals of not more than every 72 hours for a
minimum of 30 days (see table I).
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.
Vibration, sinusoidal: In accordance with
MIL-PRF-55310 and method 204 of MIL-STD-202 .
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.
Dash
number Output
frequency
range
Input
current
max at
5.25 V

1%
1/
Pulse characteristics Initial
accuracy
ppm at
+23
C
1C
Frequency
aging
ppm/year
after 30
days
Frequency-temperature
tolerance (ppm)
Rise
and
fall
times Duty
cycle at
1.4 V Load
2/
-55
C
to
+125
C
-55
C
to
+105
C
-20
C
to
+70
C
max A B C
01
05
400 kHz
to
9 MHz
mA
50
50 ns
15
15 percent
45 to 55
45 to 55 max
10 TTL
10 TTL 


15

25

5

10

50

100



40

80



25

50
11
15 9 MHz
to
25 MHz
30
30 15
15 40 to 60
40 to 60 10 TTL
10 TTL 
15

25

5

10

50

100

40

80

25

50
21
25 25 MHz
to
60 MHz
50
50 5
5 40 to 60
40 to 60 6 TTL
6 TTL 
15

25

5

10

50

100

40

80

25

50