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American Microwave Corporation

7311-G Grove Road Frederick, MD 21704 USA
Tel: 301-662-4700 Fax: 301-662-4938
E-mail: sales@americanmicrowavecorp.com
ISO 9001:2000 Certified

 
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AMC IS NOW ISO CERTIFIED!

American Microwave Corporation is very proud to announce that effective December 17, 2003 AMC has become ISO 9001:2000 Certified for the following scope of registration: Research, Development, Custom Design and Manufacture of RF Microwave Components, Super Components and Subsystems, in the DC to 40 GHz Frequency Range.  Please click here to see AMC's ISO Certificate.


 

SW-2TDR-LS1

 

 
AMC Model SW-2TDR-LS1 is a Reflective, Broad Band SPDT Pin Diode Switch Module
with a Frequency Range of 8 to 18 GHz and 93 Ohm Input Impedance.

Specifications:

 Frequency Range 8 - 18 GHz Minimum
 Insertion Loss 3.0 dB Maximum
 Isolation 60 dB Minimum
 VSWR (On) 2:0 Maximum
 RF Power Rating 27 dBm CW Maximum Average @ 8.0 GHz
 Switching Time Rise (10% RF to 90% RF): 10 nS Maximum
Fall  (90% RF to 10% RF): 15 nS Maximum
On   (50% TTL to 90% RF): 60 nS Maximum
Off   (50% TTL to 10% RF): 60 nS Maximum
 Control Single Control
Logic "0" = J1-J3
Logic "1" = J1-J2
 Power Supply +5  VDC ±2% @ 250 mA Maximum
-15 VDC ±2% @ 100 mA Maximum
 Connectors RF Input/Output: SMA (Female)
Power: Solder Pin
Control: SMA (Female)
 Size 1.750" x 1.320" x 0.540"
 Input Impedance 93 Ohms

Environmental Ratings:

Our standard environmental ratings are as follows, for specific requirements please contact us...
 Temperature:  -40 ºC to +85 ºC Operating
 -65 ºC to +125 ºC Non-Operating
 Humidity:  MIL-STD-202F, Method 103B Cond. B
 Shock:  MIL-STD-202F, Method 213B Cond. B
 Vibration:  MIL-STD-202F, Method 204D Cond. B
 Altitude:  MIL-STD-202F, Method 105C Cond. B
 Temperature Cycle:  MIL-STD-202F, Method 107D Cond. A

 

Outline Drawing:

Click here to see the Outline Drawing for SW-2TDR-LS1

 

Product Feature:

Click here to see the Product Feature for SW-2TDR-LS1

 

Test Data:
Click here to see Test Data for SW-2TDR-LS1

Acceptance Test Procedure:
Click here to see the Acceptance Test Procedure for SW-2TDR-LS1