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BT Series - 5BT-1200/2600-5-N/N
Manual Frequency Selection
Direct-Readout Center Frequency Dial
5-Section, Chebyshev Filter Response
Digitally-Controlled Versions Available
AVAILABLE FROM STOCK


WSD-00392 - BWA/Wi-Fi Duplexers (Factory Tunable 2300-2900 MHz)
Customer Specified Factory Tuned Center Frequencies
Low Loss - 1 dB Typical
High Isolation - 65 dB Typical
Cavity Filter Performance in Very Small Size


C Series - C Series (Narrow Bandwidth)
Covers the 60 MHz to 30 GHz Frequency Range
High "Q" Allows Narrow Bandwidth With Low Loss
"Q" Values of up to 10,000
3 dB BW Available from 0.1% to 3.5% (ƒ0)
Low Ripple Chebyshev Response / Ruggedized Package



CATV Filtering Solutions - CATV Frequency Pre-Selector Filter Sets
Designed specifically to enhance frequency select ability
for Proof of Performance tests
Available to Cover 48 to 750 MHz or 55 to 880 MHz
Supplied in a protective, water-resistant field pack


WSD-00248 - CDMA (800MHz) Micro-cell Duplexer (Rx 825-835 & Tx 870-880 MHz)
Integrated Low Pass Filter
Compliance with Chinese CDMA Filter Standards
Tranismit Path 40 dB Rejection @ 885 MHz
Compact Size
Low Insertion Loss


WSF-00235 - CDMA 800 MHz Microcell Receive Filter (824-840 MHz)
Compact Size - Less Than 5.5”L x 5”W x 1.5”H
Excellent Out-of-Band Attenuation to 12.75 GHz
Low Passband Insertion Loss / 50 watts CW
Receive Filter for China’s
CDMA 800 MHz Microcell Base Station


WSD-00179 - CDMA Japanese Band Duplexer (Rx 887-925 & Tx 832-870 MHz)
70 dB Minimum Isolation
Passbands: Transmit 832-870 MHz, Receive 887-925 MHz
Low Insertion Loss / Small Size
Ideal for Picocell or Microcell Base Station Installations
Handset or Equipment Test Systems


WSC2-00026 - CDMA/AMPS 1X 2-Way Filter Combiner
Advanced Ceramic Design
Very Low Loss – 0.3 dB per Channel Typical
High Channel-to-Channel Isolation – >20 dB typical
High Power Handling – 200 watts CW per Channel
Channel-to-Channel – 5.0 MHz, Center-to-Center


WSN-00132 - CDMA/GSM China Bandreject Filter (888.7-902 MHz)
Extremely Sharp Slope of Transition
between Pass and Reject Points
Very Low Insertion Loss in the Preferred Passbands
Large Power Handling




