F E AT U R E S MODEL NO. DHD08063 High Density Hybrid 65 dB Voltage Conversion Gain 63 dB Attenuation in 1 dB Steps Attenuation, Noise Figure and Compression Adapts to Input Signal Levels HDI 1.00 .195 .750 .050 TYP .072 TYP L.O. IN IF IN IF / AGC HYBRID 18 15 0/16 dB 0/16 dB 0/16 dB UN BAL TO BAL DRIVE CKT WTA + - 50 Ω AMPL 10 CB5 50 Ω AMPL 31 + - IF OUT HIGH IMPEDANCE MIXER 6 PART IDENTIFICATION CB4 ADJ1 5 32 8 dB STEPS ATTEN CB3 4 32 CB2 17 .75 RESISTOR NETWORK 18 SW 3 CB1 2 CB0 1-7 dB STEP ATTEN 16 1 7 9 13 20 21 23 25 26 28 29 +5V -5V +15V N/C +5V N/C -5V +5V -15V +15V .50 TYP GND 1, 8, 11, 12, 14, 16, 17, 19, 22, 24, 27, 30 N/C = NO INTERNAL CONNECTION CONTRASTING COLOR BEAD .015 ±.002 32 PLS .xx = .02 .xxx = .010 .010 ±.002 32 PLS GUARANTEED PERFORM A NCE Parameter Operating Freq. Min Typ Max Units 10 LO Input 10 IF Output 300 IF Input DC Current 39 39 130 22 TTL Control Type Control Current High Low Conversion Voltage Gain Attenuation LSB 63 Range 0 VSWR Impedance Switching Speed Transition (Rise/Fall) Time RF Power At LO Input -12 ±1 ±1 65 1 1.2/1 50 510 1.6 1.5 -10 Operating Temperature DA I C O In d u s t r i e s -40 ±100 ±100 66 63 2.0/1 11.3 -8 -35 +5 15 +25 +100 At IF Input Initial Noise Figure 100 100 700 50 50 150 30 MHz MHz KHz mA mA mA mA µA µA dB dB dB OHMS OHMS µSec µSec dBm dBm dBm dB °C Conditions At +5 VDC Supply At -5 VDC Supply At +15 VDC Supply At -15 VDC Supply 6 Line, See Table Logic “0” = Thru VIH = +2.7 V VIL = +0.5 V 1, 2, 4, 8, 16, 32, 64 dB Bits At Input At Output At 0 dB Attenuation At 55 dB Attenuation Single Sideband, at Minimum Attenuation TA Rev. N / D / Iss. 1