GC2530

GC2530 TELEDYNE | Alldatasheet

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D IM EN SIO N S AR E IN IN CH ES [M ILLIM ETER S] SPECIFICATIONS * ABSOLUTE M AXIM UM RATINGS R ev. 5/10 650-691-98 00 • F ax: 650-962 -68 45 • U pdates: w w w.teledynem icrow ave.com • m icrow ave@ teledyne.com

100 TO 2500 M Hz

Param eter Typical 0 to 5 0 °C -5 5 to +85 °C F requency R ange 5 0-2 600 M H z 100-2 5 00 M H z 100-2 5 00 M H z * M easured in a 50-ohm system at + 15 Vdc bias. Typical Sw itching Speed at 2 5 °C GC2530 SW ITCHING SPEED F ull A ttenuation R ange 10 dB A ttenuation R ange TO-8 Attenuator Package Teledyne Cougar • 408-522-3838 • 408-522-3839 fax www.teledyne-cougar.com • cougar@teledyne.com Typical Values G C 2 5 3 0 Standard Size TO -8 Package A ttenuation (M in.) 100-500 M H z 52 dB 40 dB 3 7 dB 500-1000 M H z 43 dB 3 5 dB 3 2 dB 1000-2 000 M H z 3 8 dB 3 0 dB 2 7 dB 2 000-2 500 M H z 3 5 dB 2 8 dB 2 5 dB Insertion Loss (M ax.) 100-500 M H z 2 .0 dB 2 .8 dB 3 .0 dB 500-1000 M H z 2 .3 dB 2 .8 dB 3 .2 dB 1000-2 000 M H z 2 .8 dB 3 .3 dB 3 .8 dB 2 000-2 500 M H z 3 .0 dB 3 .5 dB 4.2 dB SW R (M ax.) Input/O utput 100-1000 M H z 1.2 :1 1.8 :1 1.8 :1 1000-2 000 M H z 1.2 :1 2 .0:1 2 .0:1 2 000-2 500 M H z < 1.3 :1 2 .2 :1 2 .2 :1 F latness vs. F req. (M ax.) (Attenuation to 2 5 dB ) 100-1000 M H z < ±0.5 dB < ±1.0 dB < ±1.0 dB 1000-2 500 M H z < ±1.0 dB < ±1.5 dB < ±1.7 dB Sw itching Speed (M ax.) 10 - 90% 2 00 ηsec 400 ηsec — 0 - 100% 700 ηsec 1.0 µsec — B ias C urrent (M ax.) 7 m A 10 m A 12 m A C ontrol Voltage 0 to + 15 V 0 to + 15 V 0 to + 15 V C ontrol C urrent (M ax.) 7 m A 10 m A 10 m A

TYPICAL PERFORM ANCE TYPICAL AUTOM ATIC TEST DATA 650-691-98 00 • F ax: 650-962 -68 45 • U pdates: w w w.teledynem icrow ave.com • m icrow ave@ teledyne.com Typical Performance Attenuation vs Frequency GC2530 KEY: +25 °C□ +85 °C -55 °C ATTENUATION - dB Phase vs Frequency 20□ 30□ 40□ 50□ 60□ 70□ □ RELATIVE SUPPRESSION - dB 2nd HAR 40□ 50□ 60□ 70□ 80□ 90□ □ RELATIVE SUPPRESSION - dB IM Suppression vs Frequency IM Suppression vs Frequency FREQUENCY - GHz□ ATTENUATION - dB 0 5 10 15 20 25 30 30□ 40□ 50□ 60□ 70□ 80□ IM Suppression vs Attenuation RELATIVE SUPPRESSION - dB 2nd HAR

500 MHz

FREQUENCY - GHz□ IM 3 IM 3 IM 3 IM 2 IM 2 IM 2 2nd HAR -20 db attenuation□ + 3.0 dBm input signals 160□ 80□ 20□ -20□ -40□ -60□ -80□ -100□ -140 PHASE - DEGREES FREQUENCY - GHz□ FREQUENCY - GHz□ 10□ 15□ 20□ 25□ 30□ 35□ 40□ IM 2 Min. attenuation□ + 3.0 dBm input signals Vc=15 Vc=15 Vc=6 Vc=5 Vc=3 Vc=0 Vc=6 Vc=5 Vc=4 Vc=3 Vc=4 Vc=2.5 Vc=2.7 Vc=2.4 Vc=2.3 Vc=2.7 Vc=2.5 Vc=2.4 GC2530 Typical Performance Attenuation vs Frequency GC2530 KEY: +25 ° C□ +85 ° C -55 ° C ATTENUATION - dB Phase vs Frequency 20□ 30□ 40□ 50□ 60□ 70□ □ RELATIVE SUPPRESSION - dB 2nd HAR 40□ 50□ 60□ 70□ 80□ 90□ □ RELATIVE SUPPRESSION - dB IM Suppression vs Frequency IM Suppression vs Frequency FREQUENCY - GHz□ ATTENUATION - dB 0 5 10 15 20 25 30 30□ 40□ 50□ 60□ 70□ 80□ IM Suppression vs Attenuation RELATIVE SUPPRESSION - dB 2nd HAR FREQUENCY - GHz□ IM 3 IM 3 IM 3 IM 2 IM 2 IM 2 2nd HAR -20 db attenuation□ + 3.0 dBm input signals 160□ 80□ 20□ -20□ -40□ -60□ -80□ -100□ -140 PHASE - DEGREES FREQUENCY - GHz□ FREQUENCY - GHz□ 10□ 15□ 20□ 25□ 30□ 35□ 40□ IM 2 Min. attenuation□ + 3.0 dBm input signals Vc=15 Vc=15 Vc=6 Vc=5 Vc=3 Vc=0 Vc=6 Vc=5 Vc=4 Vc=3 Vc=4 Vc=2.5 Vc=2.7 Vc=2.4 Vc=2.3 Vc=2.7 Vc=2.5 Vc=2.4 M O DEL: G C2530 Vcc = +15V Icc = 5.75 M a Vc = 15v FREQ VSW R VSW R G AIN G RO UP DELAY REV/ISO M HZ IN O UT DB NSEC DB M O DEL: G C2530 Vcc = +15V Icc = 5.99 M a Vc = 4.0v FREQ VSW R VSW R G AIN G RO UP DELAY REV/ISO M HZ IN O UT DB NSEC DB M O DEL: G C2530 Vcc = +15V Icc = 6.12 M a Vc = 2.5v FREQ VSW R VSW R G AIN G RO UP DELAY REV/ISO M HZ IN O UT DB NSEC DB M O DEL: G C2530 Vcc = +15V Icc = 6.13 M a Vc = 0v FREQ VSW R VSW R G AIN G RO UP DELAY REV/ISO M HZ IN O UT DB NSEC DB M O DEL: G C2530 Vcc = +12V Icc = 4.84M a Vc = 2.5v FREQ VSW R VSW R G AIN G RO UP DELAY REV/ISO M HZ IN O UT DB NSEC DB