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Part Manufacturer Description Datasheet BUY
PT4302C Texas Instruments 2-OUTPUT DC-DC REG PWR SUPPLY MODULE, SMT-18 visit Texas Instruments
PT4302A Texas Instruments 2-OUTPUT DC-DC REG PWR SUPPLY MODULE, DIP-18 visit Texas Instruments

PT4302 x

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: . V1.2 3 October 2012 PT4302 ORDER INFORMATION O R Valid Part Number PT430 02-X , PT4302 Ultra-Low Power OOK/ASK Receiver FEATURES DESCRIPTION The PT4302 is an ultra-low , of integration and requires only few external components. The PT4302 consists of a low-noise , comparator and an on-chip regulator. The PT4302 also implements a discrete one-step automatic gain control , frequency range â'¢ Data rate up to 10 Kb/s APPLICATIONS â'¢ â'¢ â'¢ â'¢ The PT4302 is available Princeton Technology
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ETSI-300-220 MO-137AB

remote control garage

Abstract: pt4302-x PT4302 O ORDER R INFORMATION Valid Part Number PT430 02-X Package Typ pe 16 Pins, P SSOP, 150 mil Top , PT4302 Ultra-Low Power OOK/ASK Receiver DESCRIPTION The PT4302 is an ultra-low power OOK/ASK , and requires only few external components. The PT4302 consists of a low-noise amplifier (LNA), a , . The PT4302 also implements a discrete one-step automatic gain control (AGC) that reduces the LNA gain , received RF signal. The PT4302 is available in a 16-pin SSOP package and is specified over the extended
Princeton Technology
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remote control garage pt4302-x pt4302 -x ic PT2272 PT4302 x pcb pt2272

K1198

Abstract: K1049 : Radj = k1 x (k2-VO)/(VO-VOi) k where: VO is the desired output voltage VOi is the typical output , =5.82V PT4301 k1=0.495 k2=3.93V PT4302 k1=0.495 k2=15.00V PT4303* k1=0.566 The typical resistor value to decrease VO is determined by: TL431 270 Radj = k1 x (VOi-VO)/(VO-k2) k k1=2.751 k2=1.75V k2 , ) RIon = 100 x (100.2 - VIon)/(VIon- 36.5) k (for VIon>37V) (b) RIon = 1000 x (1110 - VIon)/(VIon- 18.7 , the following equations; (a) PT4200/4300, (b) PT4205: (a) RIon = 364 x (VIon -29.9)/(36.5 -VIon) k
Power Trends
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K1198 K1049 k1056 k2412 k2150 K2952 SLTA020A PT4200/4205/4300 PT4200

k2952

Abstract: K2175 resistor value to decrease VO is determined by: 270 RC (pin 11) 10K Rtn (pin 2) Radj = k1 x , =5.82V PT4301 k1=0.495 k2=3.93V PT4302 k1=0.566 k2=15.00V PT4303* APPLICATION NOTES also be utilized , equations; (a) PT4200/4300, (b) PT4205: (a) RIon = 100 x (100.2 - VIon)/(VIon- 36.5) k (for VIon>37V) (b) RIon = 1000 x (1110 - VIon)/(VIon- 18.7) k (for VIon>18.7V) where 18.7 or 36.5 is the typical , 364 x (VIon -29.9)/(36.5 -VIon) k (for 30
Power Trends
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PT4201 PT4202 PT4203 PT4204 K2175 K1068 k106

PT4206

Abstract: PT4205 resistor value to decrease VO is determined by: 270 RC (pin 11) 10K Rtn (pin 2) Radj = k1 x , =5.82V PT4301 k1=0.495 k2=3.93V PT4302 k1=0.566 k2=15.00V PT4303* APPLICATION NOTES also be utilized , equations; (a) PT4200/4300, (b) PT4205: (a) RIon = 100 x (100.2 - VIon)/(VIon- 36.5) k (for VIon>37V) (b) RIon = 1000 x (1110 - VIon)/(VIon- 18.7) k (for VIon>18.7V) where 18.7 or 36.5 is the typical , 364 x (VIon -29.9)/(36.5 -VIon) k (for 30
Power Trends
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PT4206 K1172 952V 4205 Application Notes K2393 K258