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STANL5 Datasheet
Dynamic Characteristics The PD64012 is an advanced power-limiting device that uses three programmable current level thresholds (lmin, lcut, llim) and two timers (Tmin, Tcut ), to operate as shown in Figure 2. Loads that dissipate more than lcut for longer than Tcut (OVL_S to OVL) are classified as overloads and are automatically shutdown. Output power dissipation below Imin for during more than Tmin (UDL_S to UDL) will be classified as no-load and will also be shutdown. Automatic recovery from overload and no-load conditions are attempted every TOVLREC and TUDLREC periods (typically 5 and 1 seconds, respectively). In any case, output power is limited to llim. which is a maximum peak power allowed at the port.
STANL5 Price
Key Advantages - High speed data transmission paired with low power consumption - Very small footprint for easy integration - Versatile interfaces for all sorts of data and voice applications - Suited for point-to-multipoint - Prepared for voice services - Prepared for the future through simple firmware upgrades
STANL5 on stock
. Positive voltage supply only . Low insertion loss, typically 0.3dB at 34.5dBm, 900MHz . Low Harmonics: -64.5dBc Max. at 34.5dBm (Vctl = 5V, 250C) . Stable Characteristics over wide temperature range . Fast switching-100ns Typical . Low current consumption, 190pA typical at 5V * 10 pin TSSOP package (3.2 x 2.8mm)

ltem Symbol Test Conditions Min Typ.*i Max Unit
Inputleakage current ILI VIN = GND to Vcc -0.5 0.5
Output leakage current ILO CE - VIH or OE = VIH or WE = W Vuo = GND to Vcc -0.5 0.5 pA
Operation power supply current lccl CE = VIL VIN = VIH or VIL IOUT = OmA 3 10 mA
Min. cycle -55LL 45 70
Average operating current lcc2 duty = 100% IOUT = OmA -70LL 40 50
0 to +700C 5
ISB1 CE > Vcc - 0.2V 0 to +400C 1 pA
Standby current +250C 0.2 0.5
ISB2 CE= VIH 0.4 2 mA
Output high voltage VOH IOH= -1.OmA 2.4 V
Output low voltage VOL IOL= 2.lmA 0.4