DBM-700 SIRENZA | Alldatasheet

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= Mismatch Insensitive Flatback Double BInBTECUIPCO Balanced Mixer MICRODEVIEES 1-3500 MHz —_—— DESCRIPTION GUARANTEED MINIMUM DBNM-700 is a high performance PERFORMANCE DATA ‘ double balanced mixer that offers TEST CONDITION: extremely wide bandwidth. This mixer . . features intermodulation performance LO +10dBm (High side LO) that is virtually insensitive to RF — 10dBm mismatches on any or all of its ports. 1F 100 MHz Due to almost constant linearity across its entire band, the DBM-700's NOTE: 3rd order IM products are essentially Specifications below, guaranteed with IF from flat. This mixer is ideal to use in 50 to 800 MHz. For higher IF frequencies, applications where elaborate and consult IF response curve for typical rolloff. expensive matching networks are prohibitive. The subminiature package OVERALL FREQUENCY RANGE IN MHz: is sealed, RFI shielded and L R x constructed to withstand severe environments. 1-3500 1-3500 5-2500 FREQUENCY BANDS IN MHz: S- 1000- 1- 1000 3000 3500 Conversion Loss 7.5 85 9.5 L-R Isolation 30 20 20 L-X Isolation 30 20 20 R-X Isolation 20 20 18 ABSOLUTE MAXIMUM RATINGS: Operating Temp. — 54 to + 100°C Total Input Power 400 mW @ +25°C Derate linearly to 100 mW @ 100°C Specifications subject to 8.10.04 Rev. A. change without notice.

Balanced Mixer mMIPDNACVIPES

73500 MHz MICRODEVICES

TYPICAL PERFORMANCE ENVIRONMENTAL PACKAGE Impedance: All ports 50 ohms CONDITIONS CASE MATERIAL: 1 dB Compression Point: +7 dBm GUARANTEED ENVIRONMENTAL F15 Kovar per ASTM Standard

1 OB Desensitization Point: + $ dam PERFORMANCE: F15-68, (Chemical composition

3rd Order Intercs oint: +1 im 7 . a STD- Noise Figure is within 1dB of gonvatsion loss All units are designed xt sree their Per MIL-STD-1276, Type K) LO Power Range: + 10 to +20 dBm Speci ~ . 3rd Order intermodulation Ratio + 100°C and after exposure to any or | FINISH: ; Degradation 3 dB typical @ |.F.VSWR of 3.0:1 ail ob the following tests per Piating, all metal paris: gold per = : Test Class 1, over eel per cS a a a Exposure Method Condition | MIL-C-26074, Class 1 a: 8 _S——— ee ee Thermal Shock yor0 ra LEADS: Sd | Altitude 1 e 8 oT] HLF. Vibration 204C D Kovar per MIL-STD-1276, Type K 39 a a a Mechanical Shock 213B Cc a Random Vibration 214 IF 1, minutes per 15 10 100 1000 2000 3000 4000 Solderability 208C Frequency in MHz Terminal Strength 211A c + Resistance to 7” Soldering Heat 210A B Bez dh aun a Se: i 60 aled units, meet the requirements of ‘OA. 35} + | 4, Method 106D of MIL-STD-202E when opt. Fhe Sa =~ exposed to humidity. aml] ee 02 150 MAX ia Fp+-—+— ++ § FUNCTIONAL SCHEMATIC | 3% pes oet aan 15 0 100 17000 2000 3000 4000 aol Frequency in MHz (6.35 L 9 o OTB (1.9) es SS Fa a en rand TO 10 3-009 fe HL) * a a | a —S=="Fr +x TT 15 10 100 7000 2000 3000 4000 Frequency in MHz £ 2 Q 4 ee 3 | 5 7, a g-1 i Se ed EB. a «x 15 0 100 7000 ‘2000 3000 4000 X Port Frequency in MHz z ce “CPD. ~— 7] MS 50 |__RORT TERMINATED A | Jo Sa gq WatcHep TTT 2 "15 W100 1000 20003000 4000 Frequency in MHz Specifications subject to change without notice. 8.10.04 Rev.A IU. ev.