The maximum rated junction temperature, TJM, and the 125 thermal resistance of the heat dissipating path determines the maximu m allowable device power dissipation, PDM, in an application. Therefore the application's am temperature, TA (oC), and thermal resistance RejAa( g/Wt) 100 must be reviewed to ensure that TJM is never exceeded. } Equation l mathematically represents the relationshil: serves as the basis forestablishi,g the rati,g of theshpPrt~nd ,5 at
STC1651250MHZ on stock| PARAMEfER | MIN | IYP | MAX | U NITS | CONDITIONS |
| OPERATING FREQUENCY | S | | 2000 | MHz | |
| DC CURRENT SIJPPLY CONTROL | | 11 | 1 5 | mA mA | AT+15 V11P,18VMAX V(:OVT0+15V |
| RESPONSE TIME | | 100 60 | 125 | u SEC USEC | 0% /1007< 10%/90'X |
| INSERTION LOSS | | 1J 2.0 | 2 5 3.0 | JB dB | 5 - IOOO MHz 1000 2000MHz |
| AUATION RAhIGE FlATNESS | 3l 25 1 8 | 34 28 ±0.5 | ±1.0 | dB 6B dB 68 | 5 - 500 MHz 500 - IOao MHz 1000 - 2000 MHz 5 1000 MHz, O -15 dB AITEN. |
| VSWR | | 1.20/1 1.30D | 2.on 2.2/1 | | 5 -la00 MHz 10Q0 - 2000 MHz |
| IMPEDAN(E | | 50 | | OHMS | |
| INTERCEPT POINTS 2ND 3RD 2NO 3RB | | +82 +46 +5 6 +3 6 | | | 70MHz/50MHz 35 MHz/50 MHz 70MHz/50MHz,16dBAN 35 MHz/50 MHz,16 dBATTN |
| RF POWER: OPERAJE NO OAMAGE | | +21 | +17 f +20 t | Bm Bm | |
| OPERATING TEMPERATURE | 55 | +25 | +1 25 | or | TA |
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