SL1613 Datasheet | GEC Plessey

FEATURES s Well Defined Gain s 4.5d B Noise Figure s High I/P impedance s Low O/P impedance s 150MHz Bandwidth s On-Chip Supply Decoupling s Low External ponent Count APPLICATIONS s Logarithmic IF Strips with Gains up to 108d B and Linearity Better than 2d B s Low Cost Radar s Radio Telephone Filed Strength Meters Fig.1 Pin connections (top) DP8 MP8 ABSOLUTE MAXIMUM RATINGS Storage temperature range Operating temperature range Thermal resistance Chip-to-ambient SL1613 DP SL1613 MP Chip-to-case SL1613 DP SL1613MP Maximum instantaneous voltage at video output Supply voltage ORDERING INFORMATION -55°C to +150°C -30°C to +85°C 111°C/W 163°C/W 71°C/W 57°C/W +12V 9V SL1613 C DP SL1613 C MP Fig.2 Circuit diagram Fig.3 Voltage gain v. frequency ELECTRICAL CHARACTERISTICS These characteristics are guaranteed over the following condiotns (unless otherwise stated) TA = +22°C ±2°C Supply voltage = +6V DC connection between input and bias pins Characteristic Min. Value Typ. Max. Units Conditions Voltage gain 10 12 14 d B Upper cut-off frequency (Fig. 3) 150 MHz Lower cut-off frequency (Fig. 3) 5 MHz Propagation delay 2 ns Max. rectified video output current (Fig. 4 and 5) 0.8 1 1.4 m A Variation of gain supply voltage 0.7 d B/V Variation of maximum rectified output current with supply voltage 25 %/V Maximum input signal before overload V rms Noise figure (Fig....