CER08 Search Results

CER0829B

Contextual Info: CER0829B 2100 MHz Duplexer Revision A – Origin Date: July 28, 2011 – Revision Date: July 28, 2011 Features • High Rejection • Low Ripple • Low Loss Description Surface mount, silver Ag coated ceramic duplexer. Weight: 3.7 grams typical Material: Filter is composed of a ceramic

CER0814B

Contextual Info: CER0814B 2655 MHz Monoblock LR Series BPF Revision B – Origin Date: November 3, 2010 – Revision Date: July 11, 2011 Features • Low Ripple • High Rejection • Low Loss Description Surface mount, silver Ag coated ceramic filter. Developed for use in Infrastructure and

CER0846A

Contextual Info: CER0846A 1643.5 MHz BPF Revision A – Origin Date: July 28, 2011 – Revision Date: July 28, 2011 Features • Small Size • High Rejection • Low Loss Description Surface mount, silver Ag coated barium ceramic filter. Weight: 0.8 grams typical Material: Filter is composed of a ceramic

CER0821B

Contextual Info: CER0821B 2140 MHz BPF Revision A – Origin Date: July 28, 2011 – Revision Date: July 28, 2011 Features • Low Loss • High Rejection • Excellent Return Loss Description Surface mount, silver Ag coated neodymium ceramic filter. Developed for use in 880 MHz infrastructure applications.

CER0833B

Contextual Info: CER0833B 822.5 MHz BPF Revision A – Origin Date: July 28, 2011 – Revision Date: July 28, 2011 Features • Low Ripple • High Rejection • Low Loss Description Surface mount, silver Ag coated ceramic filter. Weight: 12.5 grams typical Material: Filter is composed of a ceramic

Contextual Info: CER0820B 880 MHz BPF Revision A – Origin Date: July 28, 2011 – Revision Date: July 28, 2011 Features • Low Loss • High Rejection • Excellent Return Loss Description Surface mount, silver Ag coated neodymium ceramic filter. Developed for use in 880 MHz infrastructure applications.

CER0813A

Contextual Info: CER0813A 4000 MHz BPF Revision B – Origin Date: November 3, 2010 – Revision Date: July 28, 2011 Features • Low Ripple • High Rejection • Low Loss Description Surface mount, silver Ag coated ceramic filter. Weight: 4.0 grams typical Material: Filter is composed of a ceramic block

Contextual Info: CER0836B 5597.5 MHz BPF Revision A – Origin Date: July 29, 2011 – Revision Date: July 29, 2011 Features • Small Size • High Rejection • Low Loss Description Surface mount, silver Ag coated ceramic filter. Developed for use in Infrastructure applications, CTS Monoblock Series Filters

CER0817B

Contextual Info: CER0817B 880 MHz BPF Revision B – Origin Date: December 2, 2010 – Revision Date: July 11, 2011 Features • Low Loss • High Rejection • Excellent Return Loss Description Surface mount, silver Ag coated neodymium ceramic filter. Developed for use in 880 MHz infrastructure applications.

Contextual Info: CER0849B 2595 MHz Duplexer Revision A – Origin Date: July 28, 2011 – Revision Date: July 28, 2011 Features • Low Loss • Low Ripple • High Crossover Rejection Description Surface mount, silver Ag coated ceramic Duplexer. Weight: 3.3 grams typical

CER0802A

Contextual Info: CER0802A 1732.5 MHz Monoblock LR Series BPF Revision B – Origin Date: June 6, 2010 – Revision Date: July 11, 2011 Features • Low Ripple • High Rejection • Low Loss Description Surface mount, silver Ag coated ceramic filter. Developed for use in AWS

CER0834B

Contextual Info: CER0834B 5697.5 MHz BPF Revision B – Origin Date: April 01, 2011 – Revision Date: July 11, 2011 Features • Small Size • High Rejection • Low Loss Description Surface mount, silver Ag coated ceramic filter. Developed for use in Infrastructure applications, CTS Monoblock Series Filters

CER0830B

Contextual Info: CER0830B 827.5 MHz BPF Revision A – Origin Date: July 28, 2011 – Revision Date: July 28, 2011 Features • Low Ripple • High Rejection • Narrow Bandwidth Description Surface mount, silver Ag coated ceramic filter. Weight: 12.5 grams typical Material: Filter is composed of a ceramic

CER0831B

Contextual Info: CER0831B 867.5 MHz BPF Revision A – Origin Date: July 25, 2011 – Revision Date: July 25, 2011 Features • Low Ripple • High Rejection • Low Loss Description Surface mount, silver Ag coated ceramic filter. Weight: 12.5 grams typical Material: Filter is composed of a ceramic

CER0809B

Contextual Info: CER0809B 2595 MHz BPF Revision B – Origin Date: November 17, 2010– Revision Date: July 11, 2011 Features • High Rejection • Low Loss • Small Size Description Surface mount, silver Ag coated barium ceramic filter. Weight: 0.52 grams typical Material: Filter is composed of a ceramic

CER0835B

Contextual Info: CER0835B 5825 MHz BPF Revision B – Origin Date: April 1, 2011 – Revision Date: July 11, 2011 Features • Small Size • High Rejection • Low Loss Description Surface mount, silver Ag coated ceramic filter. Developed for use in Infrastructure applications, CTS Monoblock Series Filters

CER0818B

Contextual Info: CER0818B 2350 MHz BPF Revision B – Origin Date: December 13, 2010– Revision Date: July 11, 2011 Features • High Rejection • Low Loss • Small Size Description Surface mount, silver Ag coated barium ceramic filter. Weight: 0.52 grams typical Material: Filter is composed of a ceramic

CER0803A

Contextual Info: CER0803A 2132.5 MHz Monoblock LR Series BPF Revision B – Origin Date: June 6, 2010 – Revision Date: July 11, 2011 Features • Low Ripple • High Rejection • Low Loss Description Surface mount, silver Ag coated ceramic filter. Developed for use in AWS infrastructure

cer0505

Abstract: D2640 CER0276 2000M 275VAC C4908 RFE International Capacitor 10uF dimensions 350VAC
Contextual Info: METALLIZED POLYESTER CAPACITORS CER Series: Power Capacitor C RoHS ü FEATURES INTRODUCTION CER are self-healing cylindrical construction capacitor, which is wound with metallized polyester film dielectric, flame retardant resin seal. • Ideal for power applications including motor and lighting.

CER08C01SM

Abstract: CER08C02SM
Contextual Info: SMD TYPE Common-Mode Choke APPLICATIONS FEATURES 01 C 08 R E TA C EL D High performance Low cost Compact size Aim at providing electromagnetic interference solution To suppress common mode noise in particular frequency range To prevent EMI affect via precise impedance