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UA7915Y Texas Instruments 15V FIXED NEGATIVE REGULATOR, UUC3, DIE visit Texas Instruments
UA7915CKTE Texas Instruments 15V FIXED NEGATIVE REGULATOR, PSSO3, PLASTIC, SFM-3 visit Texas Instruments
UA7915CKTER Texas Instruments 15V FIXED NEGATIVE REGULATOR, PSSO3, PLASTIC, FM-3 visit Texas Instruments
UA7915CKCS Texas Instruments 15V FIXED NEGATIVE REGULATOR, PSFM3, PLASTIC, TO-220, 3 PIN visit Texas Instruments
UA7915CKC Texas Instruments 15V FIXED NEGATIVE REGULATOR, PSFM3, PLASTIC, TO-220, 3 PIN visit Texas Instruments
LM7915CT/NOPB Texas Instruments 3-Terminal, 1.5A Negative Voltage Regulators 3-TO-220 0 to 125 visit Texas Instruments Buy

REGULATOR IC 7915

Catalog Datasheet MFG & Type PDF Document Tags

IC 7408

Abstract: IC 7812 LM318 1826-0106 +15V REGULATOR IC 7815 1826-0147 +12V REGULATOR IC 7812 1826-0167 ANALOG IC CA3094 1826-0181 +5V REGULATOR IC 78H05 1826-0188 8 BIT DAC IC MC1408 1826-0194 LINEAR IC NE592 1826-0214 -15V REGULATOR IC 7915 1826-0294 -12V REGULATOR IC , HTTL 74H71 1820-0430 5V REGULATOR (TO-3) 78H05 (?) 1820-0471 TTL IC 7406 , +12V REGULATOR IC 78H12 1853-0012 TRANSISTOR 2N2904A 1853-0258 PNP TRANSISTOR
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IC 7408 IC 7812 REGULATOR IC 7812 IC TTL 7400 NEC d446c d446c HP1350 82S126 1818-0373B MK34127N D446C-2 HP9836

REGULATOR IC 7915

Abstract: CA3160AS . CAUTION: These devices are sensitive to electrostatic discharge. Proper I.C. handling procedures should be , SEMICOND SECTOR 40E D 43Q2271 Q 0 3 1 7 b t l 4 ¡ HAS T-79-15 CA3160A, C A 3160 ELECTRICAL , (iV /V 3-124 HARRIS S E M I COND SECTOR 4DE D 4302271 DD31771 2 BIHAS T-79-15 , 3 1 6 0 4302271 0031772 4 HAS T-79-15 Inp ut Stages - The circuit o f the CA3160 is , HARRIS SEMICÔND SECTOR 40E D 4 3 G 2 2 7 1 0 G 3 1 7 7 3 b HAS T-79-15 CA3160A, CA 3 1 6 0
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REGULATOR IC 7915 CA3160AS 7915, 15V regulator 7915 circuit diagram GA3080 CA3130S 43DS271 0D317 CA3130 1N914 3600IC CA3600E

2 volt zener

Abstract: CA314Q i y 0 ' ·1 CAUTION: these devices are sensitive lo electrostatic discharge. Proper I.C. handling , , PSRR (See Fig.11) Max. Output Voltage" Vo m + 76 100 T-79-15 CA3140A CA3140 Max. 5 20 , M RATINGS t Absolute-Maximum Values: T-79-15 CA3140, CA3140A DC SUPPLY VOLTAGE (BETWEEN V* AND , 4302271 0031752 T « H A S CA3140A. CA3140 T-79-15 Fig. 2 - Block diagram Of CA 3140 series , , transistor Q16 is the current-sinking T-79-15 element. Transistor Q16 is mirror-connected to D 6 , R7
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2 volt zener CA314Q CA3140S D2201 ca314 DE CS27a A3140A T-79-15 CA3140H

IC 7805

Abstract: 7812 voltage regulator 5A CLIP: 5 X 20mm © FUSE HOLDER: © REGULATOR IC: 7805 7812 7824 7905 7912 7915 ® TRANSISTOR: © S.C.R , 36V) â'¢ LINEAE IC: m SCHOTTKY DIODE: 16A 20A 25A 30A 40V
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IC 7805 7812 voltage regulator 5A REGULATOR IC 7805 REGULATOR IC 7824 1n1001 6a smd transistor 1N4001 1N4007 1N5391 1N5399 1N5400 1N5408

IXAN0013

Abstract: 0013 receiving fault and status signals from IXBD4411. T1 represents both these transformers housed in one IC , simultaneous occurence of the two, the AND gate generates a LOGIC HIGH and the Driver IC will stop the output , and lower BIMOSFETs. Please note that for the Driver IC chosen, one can't exceed a total power , facilitate faster switch-off. Rg sits in between the output pin of Driver IC and gate of BIMOSFET , the gate, which may damage the output stage of the Driver IC. Presence of sufficient value
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IXAN0013 0013 mosfet d408 REGULATOR IC 7815 ic 7815 pin diagram IC 7815 7915 D-68623 IXBD4410/4411 15VDC IXDD408 IXDD414

mosfet d408

Abstract: schematic diagram welding inverter receiving fault and status signals from IXBD4411. T1 represents both these transformers housed in one IC , simultaneous occurence of the two, the AND gate generates a LOGIC HIGH and the Driver IC will stop the output , and lower BIMOSFETs. Please note that for the Driver IC chosen, one can't exceed a total power , facilitate faster switch-off. Rg sits in between the output pin of Driver IC and gate of BIMOSFET , the gate, which may damage the output stage of the Driver IC. Presence of sufficient value
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schematic diagram welding inverter VUO 36-16N08 7815 CT 7815 regulator h-bridge zcs resonant half bridge schematic zcs IN5817 IN4002 400MW 25VDC 35VDC 110VAC

70413080

Abstract: 70473180 70403302 BI-POLAR LM-325 MC & MR MIXERS 70400325 REGULATOR IC LM-3915 BI-POLAR , TDA-2005M TDA-2005M 70402005 20W PWR IC 2008 TDA-2008 TDA-2008 70402008 12W PWR IC 2040 TDA-2040 TDA-2040 70402040 PWR OP-AMP IC 2152 SJE-2152 TIP , . 7915 70400320 -15V REG. 7815 70400340 +15V REG. MC-7824CT 70427824 +24V REG. MC-7924CT 70427924 -24V REG. MC-7815CK 70407815 +15V REG. TO-3 MC-7915 70407915
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70413080 70473180 SAC-187 Motorola 70483180 70483100 70484200 2N3391 SPS-953 MPS-8097 2N6520 MPS-A18 2N6539

REGULATOR IC 7915

Abstract: power supply in ic 7915 circuit diagram V 1 L Y 1 / 5 U 3 2 1 S-7915 Z> > OUTPUT REF. 3 > GNO N.C. INPUT INPUT N.C , ) As the regulator ref ere nee voltage source works in closed loop, the referencevoltagem ay change in , 1.6 0.017 0.280 0.189 0.130 0.063 ^7# R 9 a G m © d iu ic r ir iR @ D a []e 3 f Z T , 0.118 0.622 0.260 0.152 6/7 rz 7 SGS-THOMSON *7 # R 9 a G m © d iu ic r ir iR @ D a []e 3
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power supply in ic 7915 circuit diagram L4920 L4921 L4920/L4921

REGULATOR IC 7909

Abstract: NJM7905 3-T E R M IN A L NEGATIVE V0LTA6E REGULATOR NJM7900 T h e N JM 7900 series o f M o n o lith ic 3-T erm inal N egative R eg u lato rs is c o n stru cted using th e N ew J R C P la n a r epitaxial p rocess. T h e se n eg ativ e re g u la to rs are in te n d e d as co m p lem en ts to the p o p u la r N JM 7800 series o f positive voltage regulators, an d they a re available in th e sam e voltage , im u m R a tin g 7905 ~ 7909 -3 5 -3 5 -4 0 V U n it In p u t V o ltag e V ,N 7912 ~ 7915
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NJM7905 REGULATOR IC 7909 voltage regulator 7909 JI7800 NJM7912 NJM7905/15/24 NJM7905/12/24 M7924

REGULATOR IC 7912 pin diagram

Abstract: REGULATOR IC 7912 circuit diagram SG7900A/SG7900 ImFNTTY M I C R O E L E C T R O N I C S NEGATIVE FIXED VOLTAGE REGULATOR , options this regulator series is an optimum complement to the SG7800A/SG7800, SG140 line of three , SG7900A/SG7900 SERIES ABSOLUTE MAXIMUM RATINGS NEGATIVE REGULATOR (Note 1) Device Output , E R A T U R E C O E F F IC IE N T L IN F IN J 7 Y M icroelectro nics Inc. 11861 Western Avenue o , CURVES NEGATIVE REGULATOR (continued) < (V) - VIN - F IG U R E 4. S H O R T C IR C U
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REGULATOR IC 7912 pin diagram REGULATOR IC 7912 circuit diagram REGULATOR IC 7912 pin configuration SG7900A SG7900 SG120

TDA 820M

Abstract: TDA2004 bridge or metal strip connected to the central output ground pins of the IC will provide sufficient , wide supply voltage range of 3 to 16V, low quiescent current and good ripple rejection, this IC is , is a high quality monolithic audio amplifier IC capable of producing an output power of up to 21W , similar performance to the dual supply rail version. A suitable regulator for a power supply is the RS 317K RS stock no. 306-976 or High Power Regulator RS stock no. 308152. The printed circuit board RS
RS Components
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TDA2004 TDA 820M TDA2004 bridge rs 434-289 pin diagram for IC tda2030 circuit diagram TDA2030 261-592 LM380 TBA820 TDA2030

REGULATOR IC 7909

Abstract: 79G0 3 -T E R M IN A L NEGATIVE VOLTAGE REGULATOR NJM7900 T h e N JM 7900 series o f M o n o lith ic 3 -T erm in al N eg ativ e R e g u la to rs is c o n stru c te d using th e N ew J R C P la n a r ep itax ial p ro cess. T h e se n e g ativ e re g u la to rs a re in te n d e d as c o m p le m en ts to th e p o p u la r N JM 7800 series o f positive v o ltag e re g u la to rs, a n d th ey a re a v , -4 0 °c - 3 0 ~ +125 - 3 0 ~ +75 w V U n it I n p u t V o ltag e V|N 7912 - 7915 7918 - 7924
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NJM7915 79G0 7905f 7912 voltage regulator 7924 regulator 79z4 79G0FA NJM790S

rs 434-289

Abstract: pin diagram for IC tda2030 , and 10, 11, 12 (output ground and Pin 7 (input ground) the I.C. will provide sufficient heatsinking to , 16V, low quiescent current and good ripple rejection, this I.C. is ideally suited for use in battery , 40kHz) 3 J17727 TDA 2030 The RS TDA 2030 is a high quality monolithic audio amplifier i.c , regulator for a power supply is the RS 317K RS stock into a load impedance of 4 W or 10W into a load no.(306-976) or High Power Regulator RS stock no. impedance of 8W with distortion approx. 0.1%. A
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TDA2030 applications ic tda 2030 tda 2004 tda 2030 ic 5 pins IC tda2030 2 ic TDA2030 LM381

TDA2004 bridge

Abstract: tda 2030 ic 5 pins or metal strip connected to the central output ground pins of the IC will provide sufficient , wide supply voltage range of 3 to 16V, low quiescent current and good ripple rejection, this IC is , is a high quality monolithic audio amplifier IC capable of producing an output power of up to 21W , similar performance to the dual supply rail version. A suitable regulator for a power supply is the RS 317K RS stock no. 306-976 or High Power Regulator RS stock no. 308152. The printed circuit board RS
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TDA2030 circuits Voltage 14.4v regulator 15A pin no. tda 2030 12v audio amplifier tda ic 5.1 channel 2030 ic circuit TDA 2030 AMPLIFIER

working of ic 7414

Abstract: pin diagram of ic 7479 (1) Heat Radiation Design In using an IC with large current flow such as power amp, regulator or , drive 2 to 6 white LEDs connected in series using a lithium-ion battery. This IC incorporates an , controlled by an external resistor. This IC is best suited for use as a driver of white LED back Weight , % @Maximum · IC package: SSOP6-P-0.95 (SOT23-6) · Switching frequency: 1.1 MHz (typ.) 1 , 3 4 SW Note 1: The IC may break if mounted 180 degrees in reverse. Ensure the device is
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TB62756FUG working of ic 7414 pin diagram of ic 7479 DIODE SW-05 C2012JB1E105K C2012JB1E225K CUS02

zener DIODE 8069

Abstract: C2012JB1E105K using an IC with large current flow such as power amp, regulator or driver, please design the device so , drive 2 to 6 white LEDs connected in series using a lithium-ion battery. This IC incorporates an N-ch , controlled by an external resistor. This IC is best suited for use as a driver of white LED back lighting , High efficiency: 87% @Maximum (Recommended parts) · IC package: SSOP6-P-0.95B (SOT23-6) · , ) SHDN 1 Q (NC) 2 6 FB VIN 3 5 GND 4 SW Note 1: The IC may break if mounted 180
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zener DIODE 8069 CXLD120 NSCW215T VLF3010A

7915 TO-3

Abstract: 7912 TO-3 regulator perform ance. UNITRODE UC7900 UC7900C G, IG ( T O - 2 5 7 ) Non-isolated ABSO LUTE M A X , ypass ca p a c ito rs , (2 .2 ^F on th e in p u t, l^ F on th e o u tp u t) sh ou ld be c e ra m ic o r , th e re g u la to r te rm in a ls Fixed Output Regulator B a s k Current Regulator UC79XX T , =Tj SERIES 15V. NEGATIVE UC 7915 U C 7915C U N IT S M IN . TYP. MAX. -1 4 .4 0 M IN . -1 5 .6 0
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7905AK 7912ACK 7915G 7915 TO-3 7912 TO-3 7915UC REGULATOR IC 7912 7912UC UC7905ACK UC7912AK UC7915AK UC7915ACK

pin diagram of ic 7479

Abstract: 7414 overvoltage protection using an IC with large current flow such as power amp, regulator or driver, please design the device so , 2 to 6 white LEDs connected in series using a lithium-ion battery. This IC incorporates an , can be controlled by an external resistor. This IC is best suited for use as a driver of white LED , components as recommended herein) · Switching Frequency : 1.1 MHz(Typ.) · IC package: SSOP6-P , Note 1:The IC may break if mounted 180 degrees in reverse. Ensure the device is correctly orientated
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TB62736FUG 7414 overvoltage protection

working of ic 7414

Abstract: pin diagram of ic 7479 Design In using an IC with large current flow such as power amp, regulator or driver, please design the , drive 2 - 6 white LEDs connected in series using a lithium-ion battery. (Typ. 4 White LEDs) This IC , fixed at around 1.1 MHz. This IC is best suited for use as a driver of white LED back lighting in color , FB VIN 3 5 GND 4 SW Note 1: The IC may break if mounted 180 degrees in reverse. Ensure the , Input pin for IC ON/OFF control and variable LED IF. 0 to 0.5V : Shutdown Mode (IC shutdown) 1.0V to
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ua308

7912 voltage regulator PIN diagram

Abstract: 7915A regulator bsFìm r M I C R O E L E C T R O N I C S SG7900A/SG7900 NEGATIVE FIXED VOLTAGE REGULATOR , regulator series is an optimum complement to the SG7800A/SG7800, SG140 line of three terminal regulators , (Note 1) NEGATIVE REGULATOR Input Voltage -35V -35V -35V -35V -40V -40V -40V Input Voltage , P E R A T U R E C O E F F IC IE N T F IG U R E 1. M A X IM U M A V E R A G E P O W E R D IS S IP , SG7900A/SG7900 SERIES CHARACTERISTIC CURVES (continued) NEGATIVE REGULATOR < (V) F IG U R E 4
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7912 voltage regulator PIN diagram 7915A regulator 7912 -12V voltage regulator 7915a OF IC 7912 KA 7905 1250C 20-PIN
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