Coaxial Phaseshifters,
(Line Stretchers)
See Also:
Line Stretchers
W/G Phaseshifters
ATM manufactures a wide variety of Phase shifters to meet your design specifications. For more information feel free to call us and discuss your needs with one of our design engineers.
Standard Model has mechanical
adjustment with screwdriver shaft
and locknut.
For Digital Counting Dial Option add "D" suffix to the Model Number
Example P/N: P1403 becomes: P1404D
For Direct Reading Option add
"DRE" suffix to the Model Number
Example P/N: P1403 becomes: P1404DRE
30°/GHz PHASESHIFTERS
GENERAL SPECIFICATIONS ( All Options )
Electrical
RF Power: 100W average, 3kW peak
RF Connectors: SMA / Type-N, standard
Min. Adjustable Phase shift: 0 to 30°/GHz
Adjustable Group Delay min: 0 to 0.085 ns
Insertion Phase @ 1.0 GHz:Applicable Mil-Specs
General:
Product Specific:
Mechanical
Size: 3.75" x 2.0" x 1.0"
Body: Aluminum
Connectors: Stainless Steel
Finish: Unique corrosion resistant 316 stainless steel epoxy coating IAW MIL-F-14072
30° Phaseshifters - Wide Band Models
Model No.
(SMA)Model No.
(Type N)Freq (GHz) Min. Phase
AdjustI.L.
dB maxVSWR
MaxP1403 P2403 DC - 2.3 0 - 30°/GHz 0.5 1.5 P1404 P2404 DC - 4.3 0 - 30°/GHz 0.5 1.5 P1405 P2405 DC - 8.2 0 - 30°/GHz 0.6 1.5 P1406 P2406 DC - 12.7 0 - 30°/GHz 0.7 1.5 P1407 P2407 DC - 18.6 0 - 30°/GHz 1.0 1.6 P1408 N/A DC - 26.5 0 - 30°/GHz 1.5 2.0 P1408-360 N/A 18.0 - 26.5 0° - 360° 1.5 1.8 P1409-360** N/A 18.0 - 40.0 0° - 360° 2.5 2.0 Motor Drive Option available for remote applications - click here for Outline Drawing
** This unit supplied with K (2.9mm) connectors only.Note: 0 - 30°/GHz Models achieve 30° minimum of phase shift @ 1GHz, actual phase shift varies linearly, corresponding to the Frequency unit is operating at.
Example:
If operated @ 2GHz, the unit can achieve 60° phase shift min.,
If operated @ 4GHz operation, the unit can achieve 120° phase shift min., and so on.
Use the "Phase Shift with Frequency" chart above for quick reference.
40°/GHz Phaseshifters - Series P130 & P230
40° Phaseshifters - Wide Band Models
Model No.
(SMA)Freq. (GHz) Min Phase
AdjustI.L.
dB maxVSWR
MaxP1303 DC - 2.3 0° - 40°/GHz 0.5 1.5 P1304 DC - 4.3 0° - 40°/GHz 0.5 1.5 P1305 DC - 8.2 0° - 40°/GHz 0.6 1.5 P1306 DC - 12.7 0° - 40°/GHz 0.7 1.5 P1307 DC - 18.6 0° - 40°/GHz 1.0 1.6 P1308 18.0 - 26.5 0° - 40° 1.5 2.0 Note: 0 - 40°/GHz Models achieve 40° minimum of phase shift @ 1GHz, actual phase shift varies linearly, corresponding to the Frequency unit is operating at.
Example:
If operated @ 2GHz, the unit can achieve 80° phase shift min.,
If operated @ 4GHz operation, the unit can achieve 160° phase shift min., and so on.
60°/GHz Phaseshifters - Series P150 & P250
Standard Model has mechanical
adjustment with screwdriver shaft
and locknut.
For Digital Counting Dial Option add "D" suffix to the Model Number
Example P/N: P1503 becomes: P1503DFor Direct Reading Option add
"DRE" suffix to the Model Number
Example P/N: P1503 becomes: P1503DRE
60°/GHz PHASESHIFTERS
GENERAL SPECIFICATIONS ( All Options )
Electrical
RF Power: 100W average, 3kW peak
RF Connectors: SMA/Type-N, standard
Min. Adjustable Phase shift: 0 to 60°/GHz
Adjustable Group Delay min: 0 to 0.169 ns
Insertion Phase @ 1.0 GHz: 320° (min. setting)Applicable Mil-Specs
General:
Product Specific:
Mechanical
Size: 5.5" x 2.0" x 1.0"
Body: Aluminum
Connectors: Stainless Steel
Finish: Unique corrosion resistant 316
stainless steel epoxy coating IAW MIL-F-14072
60° Phaseshifters - Wide Band Models
Model No.
(SMA)Model No.
(Type N)Freq (GHz) Min Phase
AdjustI.L.
dB maxVSWR
MaxP1503 P2503 DC - 2.3 0 - 60°/GHz 0.5 1.5 P1504 P2504 DC - 4.3 0 - 60°/GHz 0.5 1.5 P1505 P2505 DC - 8.2 0 - 60°/GHz 0.6 1.5 P1506 P2506 DC - 12.7 0 - 60°/GHz 0.7 1.5 P1507 P2507 DC - 18.6 0 - 60°/GHz 1.0 1.6 P1508 N/A 18.0 - 26.0 0 - 60° 1.5 2.0 Motor Drive Option available for remote applications - click here for Outline Drawing Note: 0 - 60°/GHz Models achieve 60° minimum of phase shift @ 1GHz, actual phase shift varies linearly, corresponding to the Frequency unit is operating at. Example:
If operated @ 2GHz, the unit can achieve 120° phase shift min.,
If operated @ 4GHz operation, the unit can achieve 240° phase shift min., and so on.
Use the "Phase Shift with Frequency" chart above for quick reference.
60° Phaseshifters - Special Band Models
Model No.
(SMA)Model No.
(Type N)Freq (GHz) Min Phase
AdjustI.L.
dB maxVSWR
MaxP150C-180 P250C-180 5.85 - 6.5 0° - 180° 0.6 1.5 P150C-360 P250C-360 5.85 - 6.5 0° - 360° 0.6 1.5 P150X-180 P250X-180 7.9 - 8.4 0° - 180° 0.7 1.5 P150X-360 P250X-360 7.9 - 8.4 0° - 360° 0.7 1.5 P150K-180 P250K-180 12.7 - 14.5 0° - 180° 1.0 1.6 P150K-360 P250K-360 12.7 - 14.5 0° - 360° 1.0 1.6 P150K1-360 P250K1-360 17.0 - 18.2 0° - 360° 1.0 1.6 P150CK-180 P250CK-180 5.85 - 14.5 0° - 180° ** ** P150CK-360 P250CK-360 5.85 - 14.5 0° - 360° ** ** Motor Drive Option available for remote applications - click here for Outline Drawing ** These Models operate over a Tri-Band. From 5.85 -6.5 GHz unit specs the same as P150C-, from
7.9-8.4 GHz unit specs the same as P150X-, and from 14.0-14.5 unit specs the same as P150K–
Standard Model has mechanical
adjustment with screwdriver shaft
and locknut.
For Digital Counting Dial Option add "D" suffix to the Model Number
Example P/N: P1603 becomes: P1603DFor Direct Reading Option add
"DRE" suffix to the Model Number
Example P/N: P1603 becomes: P1603DRE
90°/GHz PHASESHIFTERS
GENERAL SPECIFICATIONS ( All Options )
Electrical
RF Power: 100W average, 3kW peak
RF Connectors: SMA/Type-N, standard
Min. Adjustable Phase shift: 0 to 90°/GHz
Adjustable Group Delay min: 0 to 0.254 ns
Insertion Phase @ 1.0 GHz:Applicable Mil-Specs
General:
Product Specific:
Mechanical
Size: 7.0" x 2.0" x 1.0"
Body: Aluminum
Connectors: Stainless Steel
Finish: Unique corrosion resistant 316
stainless steel epoxy coating IAW MIL-F-14072
90°/GHz Phaseshifters - Wide Band Models
Model No.
(SMA)Model No.
(Type N)Freq (GHz) Min Phase
AdjustI.L.
dB maxVSWR
MaxP1603 P2603 DC - 2.3 0 - 90°/GHz 0.5 1.3 P1604 P2604 DC - 4.3 0 - 90°/GHz 0.5 1.3 P1605 P2605 DC - 8.2 0 - 90°/GHz 0.6 1.4 P1606 P2606 DC - 12.7 0 - 90°/GHz 0.7 1.5 P1607 P2607 DC - 18.6 0 - 90°/GHz 1.0 1.6 P1608 N/A DC - 26.5 0 - 90°/GHz 1.7 2.0 Motor Drive Option available for remote applications - click here for Outline Drawing Note: 0 - 90°/GHz Models achieve 90° minimum of phase shift @ 1GHz, actual phase shift varies linearly, corresponding to the Frequency unit is operating at. Example:
If operated @ 2GHz, the unit can achieve 180° phase shift min.,
If operated @ 4GHz operation, the unit can achieve 360° phase shift min., and so on.
Use the "Phase Shift with Frequency" chart above for quick reference.
Standard Model has mechanical
adjustment with screwdriver shaft
and locknut.
For Digital Counting Dial Option add "D" suffix to the Model Number
Example P/N: P1213 becomes: P1213DFor Direct Reading Option add
"DRE" suffix to the Model Number
Example P/N: P1213 becomes: P1213DRE
180°/GHz PHASESHIFTERS
GENERAL SPECIFICATIONS ( All Options )
Electrical
RF Power: 100W average, 3kW peak
RF Connectors: SMA/Type-N, standard
Min. Adjustable Phase shift: 0 to 180°/GHz
Adjustable Group Delay min: 0 to 0.508 ns
Insertion Phase @ 1.0 GHz:Applicable Mil-Specs
General:
Product Specific:
Mechanical
Size: 12.0" x 2.0" x 1.0"
Body: Aluminum
Connectors: Stainless Steel
Finish:
Unique corrosion resistant 316
stainless steel epoxy coating IAW MIL-F-14072
180°/GHz Phaseshifters - Wide Band Models
Model No.
(SMA)Model No.
(Type N)Freq GHz Min Phase
AdjustI.L.
dB maxVSWR
MaxP1213 P2213 DC - 2.3 0 - 180°/GHz 0.6 1.3 P1214 P2214 DC - 4.3 0 - 180°/GHz 0.7 1.5 Motor Drive Option available for remote applications - click here for Outline Drawing
Note: 0 - 180°/GHz Models achieve 180° minimum of phase shift @ 1GHz, actual phase shift varies linearly, corresponding to the Frequency unit is operating at.
Example:
If operated @ 2GHz, the unit can achieve 360° phase shift min,
If operated @ 4GHz operation, the unit can achieve 720° phase shift min., and so on.
Use the "Phase Shift with Frequency" chart above for quick reference.
Standard Model has mechanical
adjustment with screwdriver shaft
and locknut.
For Digital Counting Dial Option add "D" suffix to the Model Number
Example P/N: P1102 becomes: P1102DFor Direct Reading Option add
"DRE" suffix to the Model Number
Example P/N: P1102 becomes: P1102DRE
360°/GHz PHASESHIFTERS
GENERAL SPECIFICATIONS ( All Options )
Electrical
RF Power: 100W average, 3kW peak
RF Connectors: SMA/Type-N, standard
Min. Adjustable Phase shift: 0 to 360°/GHz
Adjustable Group Delay min: 0 to 1.016 ns
Insertion Phase @ 1.0 GHz: 1375° (min setting)Applicable Mil-Specs
General:
Product Specific:
Mechanical
Size: 24.0" x 3.0" x 1.2"
Body: Aluminum
Connectors: Stainless Steel
Finish:
Unique corrosion resistant 316
stainless steel epoxy coating IAW MIL-F-14072
360°/GHz Phaseshifters - Wide Band Models
Model No.
(SMA)Model No.
(Type N)Freq GHz Min Phase
AdjustI.L.
dB maxVSWR
MaxP1102 P2102 DC - 1.0 360°/GHz 0.5 1.3 P1103 P2103 DC - 2.5 360°/GHz 0.8 1.3 Motor Drive Option available for remote applications - click here for Outline Drawing
Note: 0 - 360°/GHz Models achieve 360° minimum of phase shift @ 1GHz, actual phase shift varies linearly, corresponding to the Frequency unit is operating at.
Example:
If operated @ 2GHz, the unit can achieve 720° phase shift min.
Use the "Phase Shift with Frequency" chart above for quick reference.
Motor Driven Phaseshifters PDF Data Sheet
ATM's motor driven phase shifters utilize DC motors with integrated, long life gear reductions ideal for High Reliability applications.
The unit will operate with a set DC voltage between 18-30VDC, commonly found in most systems or by a separate DC power supply. Motor speed will vary based on Voltage used. Maximum running current is 250mA & 600mA max starting.
To prevent motor damage, Micro switches are used to stop the motor at the minimum and maximum travel positions
Units are provided with 9 pin D Sub Male connectors allowing for control voltage, end point indication if desired and follower potentiometer. See connector pin-out.
These devices are best controlled by an external Double-Pole/Double-Throw (DPDT) switch or ATM optional control module.
Any one of ATM's Phase Shifters can be mounted to a motor drive.
MOTOR SPEED / RESPONSE TIME
ATM MODEL # DEG/GHz CASE LENGTH * SPEED/TIME P140/P240 30° 3.75" 30 sec. P150/P250 60° 5.50" 14 sec. P160/P260 90° 7.0" 20 sec. P1210/P2210 180° 12.0" 40 sec. P1100/P2100 360° 24.0" 30 sec. * SPEED/TIME is the approximate time to drive the phaseshifter from min to max. for given model.
For Motor Drive Option add -28 to any of the 30°, 60°, 90°, 180° or 360° phase shifters. Example: P1604 = P1604-28
The above photograph shows a P150 phase shifter mounted to a motor drive
Motor Characteristics:
1. Motor Control Voltage
Pins 2 and 7 of the nine pin D Sub male connector will have fixed DC voltage between 18-30 volts applied. To increase pin 2 is + and pin 7 is -. To reverse the direction 2 is - and 7 is +. In both directions a stop is provided by means of Micro switches.
2. End Point Indicator *
The switch is also used to provide end point indication by means of pins 1 and 6 developing a voltage when the device has reached the maximum limit, (for 2+ and 7-). Pins will 3 and 8 will develop a voltage when a minimum limit is met. (for 2- and 7+). The developing voltage is equal to supply voltage used.
3. Follower Potentiometer **
A 10K Pot with an output proportional to the position of the motor drive mechanism is available at pins 4, 5, and 9.
Motor Pin-Out
Pin #
Function
+ 2
Increase Phase
- 7
- 2
Decrease Phase
+ 7
+ 1
* End Point Indicator
(Max. Phase)6
- 3
* End Point Indicator
(Min. Phase)8
** 10K Follower Potentiometer
4
Pot End Points
9
5
Wiper
Atm Optional Control Module: An External Drive Module part number MCM-001 shown at right, is available for the motor drive as an optional accessory. It includes:
1. Crisp tactile switches to control drive.
2. Max/Min position indicator lights.
3. Follower potentiometer terminals.
4. Self-switching power supply with input of 120 VAC - 240VAC.*
5. 6 Ft, 9 pin cable to interconnect the control box to the motor driven device.
*If supplied power source is not used, an input of 18-30 VDC through the 9 pin connector may be substituted.
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