LORAL MICROWAVE-FST SLE D M@@ 55801350 0000437 472 30-VOLT SOT SILICON TUNING VARACTORS FEATURES SYMBOL PARAMETER VALUE | UNITS * Low Inductance Vr Reverse Voltage 30 Volts * Uniform Swing e Superior Reproducibility If Forward Current 200 mA * High Q Pd Power Dissipation 280 mw * SOT-23 Surface Mount Package @Ta = 25C Low Cost Derate above 25C 2.8 mwirCc Tj Maximum Junction +125 C DESCRIPTION Temperature Suitable for general purpose frequency control and Tstg Storage Temperature; -55 to C tuning applications through 250 MHz. The surface +150 mount package is ideal for automated production. . ABSOLUTE MAXIMUM RATINGS Tape and Reel available upon request. TA = 25C Ct(pF) DIODE Tr Q VBR Ir PERFORMANCE MODEL CAPACITANCE | TUNING RATIO Vr=4V (Vdc) (nAdc) CURVES NUMBER F=1 MHz Vr=4V| = -C(2)/C(30) F=50 MHz Ir=10a Vr=28V See Note 1 MIN/TYP/MAX | MIN/TYP/MAX TYP MIN MAX TYPE KV30S1 6.1/6.8/7.5 2.5/2.7/3.2 450 30 100 A KV30S3 9.0/10.0/11.0 2.5/2.9/3.2 400 30 100 Cc KV30S4 10.8/12.0/13.2 2.5/2.9/3.2 400 30 100 D KV30S5 13.5/15.0/16.5 2.5/2.9/3.2 400 30 100 E KV30S6 16.2/18.0/19.8 2.5/2.9/3.2 350 30 100 F KV30S7 19.8/22.0/24.2 2.5/2.9/3.2 350 30 100 G KV30S8 24.3/27.0/29.7 2.5/2.9/3.2 300 30 100 H KV30S9 29.7/33.0/36.3 2.5/2.9/3.2 200 30 100 ! Note 1: Performance curves on following page. LORAL Microwave - FSi 23 LORAL MICROWAVE-FSI Se) mm SS80230 oo00438 709 me 7-9 7-/7 PACKAGED TUNING VARACTORS PERFORMANCE CURVES Vr=30V Vr=20V (pF) Vr=10V ir, REVERSE LEAKAGE (nA) (VOLTS) 25 7 125 Ta, AMBIENT TEMPERATURE C Figure 1. Typical Capacitance vs. Voltage Curves Figure 3. Reverse Leakage vs. Temperature 2.9 (.114) 2.8 (.110) E 1.9 (.075)} ra 1000 0.1 (.004) 40 | a or 0.5 (.020) W@ ! @ 5 7 we] & c. = 100 ! 1.3 (.051) 2.5 (.099) TT (0a7} 2.7082) id 0.85 (.034) [ ob a 0.75 (.029) | eat _ f/m a 0-43 (.017) 10 a 0.37 (014) 1 10 100 12 (047) TINNED TAB Vr (VOLTS) dsto3i} (SPLACES} Dimensions: Millimeters (inches) Marking: Last two digits of part number of package. Figure 2. Q vs. Reverse Voltage Figure 4. Package Outline Drawing Microwave - FSI 24