|
|
 |
 |
SPECIFICATIONS OF ELECTRO-MECHANICAL DELAY LINES
PDL-100A Series
|
| Parameters of Delay Lines |
Model PDL-100A-625ps
Single Channel |
Model PDL-100A-625ps
Dual
Channel |
Model PDL-100A-10.0ns
Full Line 10 ns |
| DelayRange/Resolution |
312.5 ps/0.25 ps |
625 ps/0.5 ps |
10 ns/0.5 ps |
| Phase Shift/Resolution
per 1.0 GHz |
112.5 deg/0.09 deg |
225 deg/0.18 deg |
3600 deg/0.18 deg |
| Signal Input Frequency Range |
DC to 18.0 GHz |
DC to 18.0 GHz |
DC to 18.0 GHz |
| Digital Data Range |
DC to 40 Gb/s NRZ |
DC to 36 Gb/s NRZ |
DC to 5 Gb/s NRZ |
| Insertion Loss [1] |
-0.86513 dB @ 18.0 GHz |
-1.5839 dB @ 18.0 GHz |
|
| Return Loss [1] |
-30.00 dB @ 2 .0 GHz
-20.241 dB @ 8.0 GHz
-13.034 dB at 18.0 GHz |
-32.293 dB @ 2.0 GHz
-20.158 dB @ 8.0 GHz
-12.693 dB at 18.0 GHz |
|
| Absolute accuracy, typical |
0.1%, 0.03 ps std dev. |
0.1%, 0.03 ps std dev. |
0.1%, ±5 ps @10ns delay |
| Repeatability, typical |
0.03 ps std dev.[2] |
0.03 ps std dev.[2] |
0.5 ps |
| Nominal delay at 0 ns setting |
1.60 ns |
3.30 ns |
7.90 ns |
| Power Handling |
10W CW, 50W peak |
10W CW, 50W peak |
10W CW, 50W peak |
| Recommended Service
Interval [4] |
500,000 operations |
500,000 operations |
500,000 operations |
|
PDL-100A Series models
[1] Customer receives
actual measured S21 Insertion and S11 Return Loss Data Report for range of different
delay settings for each device manufactured.
[2]
Repeatability is specified at constant temperature.
[3] Rated Lifetime is specified for Max. Switching Current of 100mA. Higher currents may be switched but Rated Lifetime will be less.
[4] Maximum Settling Time of Trombone Unit inside
is 1500 ms worst case when traveling from min to max delay.
[5] Maximum Settling Time for Model CPDL-100A is 50 ms.
[6] Physical Size for all Programmable Delay Lines
Series instruments is 13 3/8" Long x 12 7/8" Wide x 5 1/4" High.
[7] Approximate Weight: PDL-100A-625ps: 14.3 lbs.; PDL-100A-10.0ns: 16.1 lbs.; CPDL-100A: 8.8 lbs. and up;
[8] Line Voltage for all Delay Lines is: 85-240V
AC; 50/60 Hz.
[9] MT-100A Microterminal is required for manual
control of delay for above models.
|
|
