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Part Manufacturer Description Datasheet BUY
LTM8050MPY Linear Technology LTM8050 - 58V, 2A Step-Down µModule (Power Module) Regulator; Package: BGA; Pins: 70; Temperature Range: -55°C to 125°C visit Linear Technology - Now Part of Analog Devices
LTM8050IY Linear Technology LTM8050 - 58V, 2A Step-Down µModule (Power Module) Regulator; Package: BGA; Pins: 70; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices
LTM8050EY#PBF Linear Technology LTM8050 - 58V, 2A Step-Down µModule (Power Module) Regulator; Package: BGA; Pins: 70; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices
LTM8050MPY#PBF Linear Technology LTM8050 - 58V, 2A Step-Down µModule (Power Module) Regulator; Package: BGA; Pins: 70; Temperature Range: -55°C to 125°C visit Linear Technology - Now Part of Analog Devices
LTM8050IY#PBF Linear Technology LTM8050 - 58V, 2A Step-Down µModule (Power Module) Regulator; Package: BGA; Pins: 70; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices

Q1+8050+regulator

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: LM7805 voltage regulator. See Figure 2. Figure 2 Power Supply Circuit T1 is a transformer which after , . C1 is a filter capacitor, to stabilize the VDD supply line. P1 is a LM7805 regulator to provide a 5V , 64Hz frequency and which drive two 8050 transistor switches. The function of the carrier wave is to , 8050 channel. Some of the HT13R90 functions are setup using configuration options. Table 1 - HT13R90 , HT13R90 in Simple Charger Applications Charger Circuit The charger circuit is simple and only uses 8050 -
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IN4001 in1004 in1004 diode diodes IN4001 IC LM7805 OF BLOCK diagram IC LM7805 IN4001 diode HA0148E 32768H CAPNP200 CAP100
Abstract: Regulator 5V TO220 LM7805 Q1 NPN NPN Bipolar Transistor TO-92 8050 Q2 NPN NPN , HT13R90 LED1LED2 64Hz 8050 LED1 LED2 3 HT13R90 8050 HT13R90 1 HT13R90 Function LOCK , (mA) (mA) (mA) (mA) (mA) 0H HT13R90 GP 1300mAH 140mA 3 13 14 8050 4 4 Q1Q3 8050 HT13R90 LED1 LED2 BT1-BT8 BT1BT5 AAAAA BT2BT4 AA BT6BT8 AAA LED1 LED2 LED1 LED2 LED1 LED2 Q2 Q4(8050) Q1 Q3 6 HT13R90 PCB Layout AAA LED -
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LM7805 TO92 LM7805 footprint 100-11 thermistor LM7805 TO92 PACKAGE diode 4001 Q1 8050 regulator HA0148T IN4001C1 SYS/16 SYS/32 SYS/64
Abstract: Networked Smoke Detector Master : HT68F50 + HT71D02(3.3V) / 04(5V) Slave : HT45F23 + HT71D02(3.3V) / 04(5V) Characteristics Power Line Data Transceiver Master Flash program memory High maximum input voltage : 30V Includes internal 5V regulator Supports half-duplex communication for , 22uF 4 3 C2 C2X 1 HT7660 FB/SD VCC CAP+ Q1 8050 7 OSC VO LCD , C9 10 R13 Q1 8050 R15 20P 120K 1K 4 R7 10K 2 8 RES 3 PA0 Holtek
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HT71D04 1N4148 HT7550-1 NTC_10K Q1 8050 ntc10k NTC-10 8050 REGULATOR DC-18V 1N4004 F/25V
Abstract: doubler and regulator functions. The regulator circuit supplies power to the sensor. The basic features , piezo buzzer element. As shown in Figure 1, Q1 is an 8550 PNP device and Q2 and Q3 are 8050 NPN , , if the Regulator is used, it will ensure that the A/D has a stable working voltage. Using the charge , Voltage Regulator The charge pump on/off operation can be controlled using software. The input is VDD and its output is 2 x VDD. The regulator is used to generate a 3.3V supply which is used by the A/D -
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TRANSISTOR 7533-1 Piezo weights sensor LS1 buzzer 7533-1 ic 7533-1 8550 smd HT46R74D-1 HA0138E HT46R71D-1 HT46R72D-1 HT46R73D-1 HT46RU75D-1
Abstract: Regulator Control, enabled when high voltage, disabled when low voltage 14 Left O Turn Left , Regulator Operating Current 0.5 - 20 mA VIH Input HIGH Voltage 0.7VCC - VCC V , ion Test C on d it ion s Min Typ Ma x Un it s VR Shunt Regulator Voltage TA = , Typ Ma x Un it s VR Shunt Regulator Voltage TA = 25OC, IVR = 0.5 - 20mA 2.7 - , 2.2k VT10 8550 R8 300 C15 0.1u C7 0.1u VT11 R9 300 8550 M1 VT5 8050 Pericom Technology
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PT8A9791/PT8A9792 PT8A9791 PT8A9792 PT8A9791P PT8A9792P PT8A9792W
Abstract: melody synthesizer and 64SEG x 32COM LCD driver unit, which includes an internal regulator, pump circuit , or 1/32 duty Built-in LCD regulator for stable display quality while speech or melody is playing , BP2 LCD driver 8-bit 65C02 (regulator) I/O peripheral LCD RAM LCD RAM (dual page , /O 1 I/O V2 Description Voltage regulator output pin. It requires an external capacitor , A C PW M- C4 R3 B attery VDD C1 Q1 8050 S E G 0~63 C O M 0~31 VDDP nuvoTon
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W537A/TXXX W537A206 W537A208 W537Q202
Abstract: Networked Water Meter Master : HT68F50 + HT71D04 Slave : HT45R1B Characteristics Power Line Data Transceiver Master Flash program memory High maximum input voltage : 30V Includes internal 5V regulator Supports half-duplex communication for single to multiple devices , High maximum input voltage : 30V Includes internal 5V regulator Application Areas Wide , 8 Q1 8050 R16 5.6K 7 PA0 6 PA2 JP1 JUMPER 5 S1 SW C14 22uF Holtek
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PC1602 water meter 8050 REGULATOR ic HT7550 PC-1602 LCM/PC1602 28SOP
Abstract: C3 PA4 47K C5 104 R1 R2 R9 RC3 100 Q2 8050 Vin GND Vout C1 K1 , 4 16 15 14 13 12 11 10 9 Relay2 5 Q1 8050 OSC2 OSC1 VDD RES PA7/RC12 PA6 , PA4 1 2 JP7 D7 R5 R8 deng K3 4 Y0 Relay3 5 Q4 8050 XTAL 1 2 JP9 10pF C23 10pF C21 2 1 3 deng VDD C2 104 Relay1 5 Q3 8050 AC , rectified via D1~D4. C3 and C5 smooth the output to 12V after which a 7805 regulator generates the 5V -
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HT45R35 220v touch switch fan regulator 7805 12v to 5v 3a 12v relay drive with microcontroller touch switch 220v AC 220v fan motor speed control HA0153E
Abstract: highlights the operation of the TPS5210 ripple regulator controller. This EVM meets the electrical and , -1 Bottom 2045.0,1100.0 0.0 No C101 Top 920.0,810.0 90.0 No C102 Top 785.0,805.0 90.0 No C103 Top 1275.0,655.0 180.0 No C104 Top 670.0,805.0 90.0 No C105 Top 1215.0,920.0 270.0 No , No R105 Top 725.0,805.0 90.0 No R106 Top 1215.0,1065.0 90.0 No R107 Top 1155.0,1065.0 180.0 No R108 Top 620.0,805.0 90.0 No R109 Top 915.0,730.0 180.0 No R110 Top 1245.0,975.0 180.0 -
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TPS5210EVM-116 2N7002DICT-ND 16SP270M schematic main board J102 fet 4SP820M T capacitor 4700 uF 50V 5210EVM-116 SLVP116 SLVP116DB SLVP116DB2
Abstract: C5 8 B+ 2M C6 36K R6 10K R26 Z1 5.6V Q3 8050 10uF C3 R4 51K , 8050 Q2 8050 CS306 WITH PIR SENSOR Size Document Number B 30603 Date: January 1, 1997 , U2 C4 C3 Q3 8050 16 10uF TAN 5 V+ R4 47K 104 14 11 9 10 C21 , C15 1K R15 Q1 8050 Q2 8050 COMEDIA LTD R17 10M T1 CHOKE B+ CS306 WORK , 350K 1K R3 U3 ST311 R4 1 Q1 8050 IR DIODE 104 C20 V+ 8 C21 10uF COMedia
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A5885 ir sensor circuit diagram using LM358 TCD 8050 D transistor LM358 RF receiver module transistor cs 9012 KC778B tcd 9013 A5884
Abstract: PIR Anti-Alias Filter PIR Gain Stabilization Filter Voltage Regulator Output Pyro Drain Reference , drive an external NPN/PNP volatage regulator, or the gate of an external depletion mode JFET voltage regulator pass element. This pin need not be connected if an external voltage regulator, such as a three pin regulator, is used to generate Vcc for the chip. 7. Pyro (D): The pyro drain reference voltage , Regulator LED OUT Vreg Daylight Adjust GND COMedia
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triac light switch C9014 C9014 Transistor PIR motion DETECTOR block DIAGRAM PIR SENSOR IS MOTION SENSOR PIR motion DETECTOR CIRCUIT DIAGRAM 1N4001 IN4148
Abstract: Built-in voltage regulator (996) QPSK. OOK is easy to implement and low cost. · Package: 16-pin DIP , Circuit of PT8A996 VT9 8050 R26 300 300 R27 R23 300 VT7 8050 R31 3k R21 2k C21 100u R33 16k R9 10k C23 4.7u VT1 VT6 IRF4905 VT12 8050 VT4 1.3k R34 , 22u VT8 8050 R24 300 VT11 8050 VCC1 VT10 8050 R30 3k R28 300 R25 300 , FL1 455k 13 Left VT5 8050 R15 300 R10 300 C8 0.1u R12 300 VT3 8050 Pericom Technology
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Futaba-S3003 futaba s3003 datasheet rc proportional 27mhz toy receiver futaba s3003 remote control toy car circuit diagram 27mhz car toys remote control PT8A995/996 PT8A995 HD271 PT0072
Abstract: L10 Q1 Q3 Q4 Q5 Q6 Q7 Q8 Q9 Q10 8050 â  Q2 8050 8050 8050 8050 8050 8050 8050 8050 8050 NOTES 1. In order to compensate Power On Reset in Bowin Electronic
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HT8050 Q2 8050 NPN transistor 7350 A 1/STK 8050 ic transistor 7350 10-OUTPUT 15VDC 12VDC 7350C 16PIN
Abstract: L7 L8 L9 L10 Q1 Q3 Q4 Q5 Q6 Q7 Q8 Q9 Q10 8050 â  Q2 8050 8050 8050 8050 8050 8050 8050 8050 8050 使ç"¨èªªæ˜ 1. ç'ºäºå½Œè , C å¨äº® VDD â—' A å¨éƒ VDD â—' 8050 B ä¾å›žéƒ VDD â—' CDT7350 - Bowin Electronic
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CDT-7350 CDT-7350C CDT-7350-0 CDT-7350-2 CDT-7350-3 CDT7350-2
Abstract: D4 4.7K C3 PA4 47K C5 104 R1 R2 R9 RC3 100 Q2 8050 Vin GND , R5 R8 deng K3 4 Y0 Relay3 5 Q4 8050 XTAL 2 1 3 1 2 JP9 C21 10pF C23 10pF AC JP6 K2 4 16 15 14 13 12 11 10 9 Relay2 5 Q1 8050 , Q3 8050 AC VSS CREF RREF RCOUT/IN PA0/RC1 PA1/RC2 PA2/RC3 PA3/RC4 AC 1 D5 -
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12v buzzer touch switch ht45r35 touch switch 9v relay switch 9v buzzer led 5 pin relay 12v HA0153T DIP/NSOP20- DIP/SOP24-
Abstract: 8050 8050 8050 8050 8050 8050 8050 8050 8050 9 1 8050 12 7 L2 , 4 A13 CDT3155 P. 5 LED IC () CDT3155 180K 8050 8050 8050 8050 8050 -
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CDT-3155 ic 8050 8050 IC816 8050 npn 3155 1770M CDT5115
Abstract: C6 C7A C7B C8A C8B C9 R1 AN019 Description Linear Regulator 8050 Ceramic cap 0.1uF , RSET x CSET. Figure 1 Efficiency The efficiency of a typical linear regulator is approximated by Vout/Vin. The actual efficiency of an LDO regulator is slightly lower because of bias supplies and , efficiency. The regulator control circuitry is powered by the VCTL input. The dropout of the regulator is , bus impedance as seen by the regulator. The input capacitor requirements increase with increasing MS Kennedy
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MSK5978RH 5978RH LT3080 MSK5978 08051C104KAT TAZG475K035C
Abstract: C4 C5A C5B C7A C7B C9 R1 AN027 Description Linear Regulator 8050 Ceramic cap 0.1uF , , the regulator offers internal short circuit current and thermal limiting, which allows circuit , . Efficiency The efficiency of a typical linear regulator is approximated by Vout/Vin. The actual efficiency of an LDO regulator is slightly lower because of bias supplies and ground pin currents. Using separate VIN and VCTL power supplies allows for lower dropout and improved efficiency. The regulator MS Kennedy
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MSK5977RH 5977RH MSK109RH S1309-069 CWR09MC475K TAZH106K035L
Abstract: LTM8050 58V, 2A Step-Down ÂuModule Regulator FEATURES DESCRIPTION Wide Input Voltage , Package The LTM®8050 is a 58VIN, 2A step down ÂuModule® (micromodule) converter. Included in the , ÂuModule Regulator VIN 4.7ÂuF RUN/SS BIAS PGOOD RT 57.6k f = 600kHz 22ÂuF FB SYNC , REFER TO APPLICATIONS INFORMATION SECTION FOR START-UP DETAILS 80 8050 TA01a 0 0.5 1.0 1.5 OUTPUT CURRENT (A) 2.0 8050 TA01b 8050fb For more information www.linear.com/LTM8050 1 Linear Technology
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equivalent of transistor 8050 8050 TRANSISTOR equivalent LTM8027
Abstract: effective so- â'¢ Built-in voltage regulator (996x) lution for basic Digital Proportional R/C car , R14 300 For M2 Motor1 VT4 8050 PT8A9961 F1 Function Loading R1 0~5k VT6 BD237 VT5 BD237 R7 2k C7 330p VT1 8050 VT10 D882 R9 2k VT3 8050 VT11 D882 R10 , Remote Controller with 2 Analog CHs & 2 Digital CHs 12 SI VI1 10 M1 Motor1 VT2 8050 Pericom Semiconductor
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49mhz remote control receiver circuit 49mhz toys proportional Remote Control Toy Car PT8A995/9961/9962/9963/9964 PT8A9961/9962/ PT0093-4 PT8A9961/9962/9963/9964
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