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Part Manufacturer Description Datasheet Download Buy Part
DC1227A Linear Technology BOARD EVALUATION FOR LTC3534
DC1613A Linear Technology INTERFACE MOD FOR LTPOWERPLAY
DC1459A Linear Technology BOARD EVALUATION FOR LTC3588
DC1584A Linear Technology BOARD EVALUATION FOR LTC4070
LTC6991MPS6#TRPBF Linear Technology LTC6991 - TimerBlox: Resettable, Low Frequency Oscillator; Package: SOT; Pins: 6; Temperature Range: -55°C to 125°C
LTC6904HMS8#PBF Linear Technology LTC6904 - 1kHz - 68MHz Serial Port Programmable Oscillator; Package: MSOP; Pins: 8; Temperature Range: -40°C to 125°C

2n3904 for oscillator Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
1985 - hp5082-2810

Abstract: YSI 44018 HP5082 2N3904 LM10 LT1034 Widlar varactor diode sample problems YSI-44018 AN15
Text: Crystal Oscillator 0.033F Q1 2N3904 ­5 COMPENSATED SLOPE 0.045ppm/°C ­10 1.5V 100k , Application Note 15 November 1985 Circuitry for Single Cell Operation Jim Williams Portable , acquisition, power monitoring and other applications are good candidates for battery operation. In some , blocks fully specified for 1.5V operation. Further complications are presented by the 600mV drop of , , making circuit design difficult. Additionally, any circuit designed for 1.5V operation must function at


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PDF 1017/LT1018 600mV LT1017/LT1018 LT1004 LT1034 an15f AN15-8 hp5082-2810 YSI 44018 HP5082 2N3904 LM10 Widlar varactor diode sample problems YSI-44018 AN15
2004 - 2n3904

Abstract: 2n3904 for oscillator 2N3904 T of 2n3904 h 2n3904
Text: Search for Parts Request a Quote Test Houses 2N3904 Specifications Military/High-Rel : N V(BR)CEO (V , 2N3904 Spec Sheets Details Diodes, Transistors, Thyristors, Triacs, Dio. = 2N3904 HOME | CATALOG | CART |EXPRESS CHECKOUT | PARTS WATCH | NEW , Category » Transistors Buy 2N3904 at our online store! 2N3904 Availability Special Offers: FREE UPS Ground Shipping on Orders above $150.00 Lanuage Translator: 2N3904 Information Did you Know


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PDF 2N3904 2N3904 STV3208 LM3909N LM3909 2n3904 for oscillator 2N3904 T of 2n3904 h 2n3904
1996 - IRF628

Abstract: 2n3904 for oscillator cadence amplifier Dale Eagar oscillator 2N3904 pin diagram ringing cadence generator DN134 20-15-3F8 2N3904 LT1491
Text: of LT ®1491 as a cadence oscillator , whose output is at VCC for one second and then at VEE for two , OSCILLATOR Q3 2N3904 C3 0.047µF R8 620k 20Hz OSCILLATOR R10 620k R12 SMOOTHING FILTER , 2N3904 10k 330 4 1 0.1µF DN134 F01 Figure 1. The Switching Power Supply 08/96/134 , 20Hz oscillator (see Figure 3). The third amplifier in the LT1491, which is configured as a lowpass filter, converts the square wave output of the oscillator to a sine wave by filtering out unwanted


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PDF 60VDC 180VDC 2N3904 IRF9620 2N3906 DN134 1-800-4-LINEAR. IRF628 2n3904 for oscillator cadence amplifier Dale Eagar oscillator 2N3904 pin diagram ringing cadence generator 20-15-3F8 2N3904 LT1491
fsp3601

Abstract: SCD34 Step-up PWM DC/DC Converter tssop8 AP2305 h 2n3904 MARKING U1 msop8 TL431 470PF 2N3906 2n3904 for oscillator
Text: Standby Mode: 1µA High speed oscillator frequency: 1MHz max Programmable Soft Start function (SS) Short Circuit Protection function (SCP) Totem-pole output with adjustable on/off current ( for NPN transistors , FSP3601 is a boost topology switching regulator control IC for battery-used applications field. The FSP3601 includes a totem-pole single output stage for driving NPN transistor or N-MOS, high precision reference (0.5V) for comparing output voltage with feedback amplifier, an internal dead-time control for


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PDF FSP3601 FSP3601 comparin048 SCD34 Step-up PWM DC/DC Converter tssop8 AP2305 h 2n3904 MARKING U1 msop8 TL431 470PF 2N3906 2n3904 for oscillator
1994 - 2n3904 for oscillator

Abstract: 2N3904 equivalent REPLACE 2N3904 TMC57253 2N3904 transistor data sheet free download h 2n3904 top mark adb 2N3904 TC237
Text: active-low TTL. CLR is nominally 18 VDC with a 10-V pulse for image clear. 15 + VADB 0.1 2N3904 , NO. I/O DESCRIPTION 4 I Supply voltage for amplifier-drain bias IAG1 12 I Image-area gate 1 IAG2 2 I Image-area gate 2 ODB 1 I Supply voltage for , with the following: VSUB VS 0.1 TMC57253 0.1 Oscillator 1 7 GND VCC GND CLK 14 8 , 0.1 33 + 10 k VADB VODB + 33 + 15 0.1 100 0.1 2N3904 ADB 0.1 1k


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PDF TC237 500-PIXEL SOCS044 SOCS053 2n3904 for oscillator 2N3904 equivalent REPLACE 2N3904 TMC57253 2N3904 transistor data sheet free download h 2n3904 top mark adb 2N3904
2010 - AAC243

Abstract: 2n3904 smd pin configuration automotive 2n3904 specification aai 8 pin smd
Text: provide the ramp necessary for slope compensation. Slope compensation Rt 2N3904 Rslope 1 2 3 , DESCRIPTION The AAC242 and AAC243 are part of AAI's new family of specialty products for Power Management applications. The AAC242 and AAC243 are high performance integrated circuits designed for Off-line or DC to DC converters using peak current mode control. The AAC24X has a current sense of 250mV in comparison to 1V for , . The AAC242 and AAC243 are identical except for the Under Voltage Lockout. The AAC242 has UVLOon


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PDF AAC242/243 AAC242 AAC243 AAC24X 250mV AAC14X 2n3904 smd pin configuration automotive 2n3904 specification aai 8 pin smd
2010 - Not Available

Abstract: No abstract text available
Text: leading edge current blanking for reduced filtering Simple oscillator circuit Over Voltage protection , provide the ramp necessary for slope compensation. Slope compensation Rt 2N3904 1 Rslope 2 , DESCRIPTION The AAC142 and AAC143 are part of AAI’s new family of specialty products for Power Management applications. The AAC142 and AAC143 are high performance integrated circuits designed for Off-line or DC to , AAC14X parts in offline applications. The AAC142 and AAC143 are identical except for the Under Voltage


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PDF AAC142/ AAC142 AAC143 AAC14X
2010 - Not Available

Abstract: No abstract text available
Text: provide the ramp necessary for slope compensation. Slope compensation Rt 2N3904 1 Rslope 2 , DESCRIPTION The AAC242 and AAC243 are part of AAI’s new family of specialty products for Power Management applications. The AAC242 and AAC243 are high performance integrated circuits designed for Off-line or DC to , comparison to 1V for AAC14X parts. In offline AC designs the startup is improved by the low start-up , offline applications. The AAC242 and AAC243 are identical except for the Under Voltage Lockout. The


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PDF AAC242/ AAC242 AAC243 AAC24X 250mV AAC14X
2010 - aai 8 pin smd

Abstract: No abstract text available
Text: transistor to the oscillator circuit and using a resistive summing circuit to provide the ramp necessary for , AAC143 are part of AAI's new family of specialty products for Power Management applications. The AAC142 and AAC143 are high performance integrated circuits designed for Off-line or DC to DC converters using , applications. The AAC142 and AAC143 are identical except for the Under Voltage Lockout. The AAC142 has UVLOon threshold of 16V and off of 10V making it easy to use in offline supplies where startup requirements for


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PDF AAC142/143 AAC142 AAC143 AAC14X aai 8 pin smd
1994 - 2n3904 for oscillator

Abstract: TC237 TMC57253 2N3904 equivalent 2N3904 transistor data sheet free download 2N3904 srg 8 2n3904 applications CLK148
Text: active-low TTL. CLR is nominally 18 VDC with a 10-V pulse for image clear. 15 + VADB 0.1 2N3904 , NO. I/O DESCRIPTION 4 I Supply voltage for amplifier-drain bias IAG1 12 I Image-area gate 1 IAG2 2 I Image-area gate 2 ODB 1 I Supply voltage for , with the following: VSUB VS 0.1 TMC57253 0.1 Oscillator 1 7 GND VCC GND CLK 14 8 , 0.1 33 + 10 k VADB VODB + 33 + 15 0.1 100 0.1 2N3904 ADB 0.1 1k


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PDF TC237 500-PIXEL SOCS044 SOCS053 2n3904 for oscillator TMC57253 2N3904 equivalent 2N3904 transistor data sheet free download 2N3904 srg 8 2n3904 applications CLK148
1985 - 2N3904 TRANSISTOR using darlington amplifier

Abstract: crystal 20Mhz of 2n3904 10mhz crystal oscillator 74LS04 74LS04 as colpitts oscillator 20MHz quartz crystal LT1034 LT1011 crystal oscillator 4049
Text: 15V 100pF 5.6k " OSCILLATOR READY" AND MAIN 5V POWER Q2 2N3904 VCONTROL Q3 2N3904 , correct for temperature. The oscillator is a Colpitts type, with a capacitive tapped tank network. The , controlled crystal oscillator (VXCO) has a clean 20MHz sine wave output (Figure 9) suitable for , , Figure 14). This interrupts normal oscillator action, but only for a small fraction of a cycle. When the , Application Note 12 October 1985 Circuit Techniques for Clock Sources Jim Williams Almost all


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PDF 50ppm an25fa AN12-8 2N3904 TRANSISTOR using darlington amplifier crystal 20Mhz of 2n3904 10mhz crystal oscillator 74LS04 74LS04 as colpitts oscillator 20MHz quartz crystal LT1034 LT1011 crystal oscillator 4049
2002 - rosemount 118

Abstract: quad comparator LM329 sine wave inverter circuit diagram 2n2369s design sine wave power inverter 2N2369 transistor oven rtd sensor Diode 1N4148 as temperature sensor TRANSISTOR a4 HEATER DESIGN USING RTD
Text: sine wave oscillator which uses a single LF347 package. For a 0V­10V input the circuit produces sine , voltage-controlled sine wave oscillator combines high performance with versatility. For 0V to 10V inputs, this , compensated bipolar switching threshold reference for the oscillator . During the time A4 is low the pulses , temperature controller is built around a single LF347 package. In Figure 1, A1 functions as an oscillator , 6.00V for a 300°C to 600°C temperature swing at the platinum sensor. A3 and A4 form a


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PDF AN-262 rosemount 118 quad comparator LM329 sine wave inverter circuit diagram 2n2369s design sine wave power inverter 2N2369 transistor oven rtd sensor Diode 1N4148 as temperature sensor TRANSISTOR a4 HEATER DESIGN USING RTD
1996 - 2n2369s

Abstract: free transistor a4s quad comparator LM329 2N2369 transistor tl 2N3904 TRANSISTOR rosemount 118-mg rosemount 118 rosemount 118 mf sensor rosemount 118 2N4393, NATIONAL
Text: high performance voltage controlled sine wave oscillator which uses a single LF347 package For a 0V ­ , switching threshold reference for the oscillator During the time A4 is low the pulses from A3's output are , around a single LF347 package In Figure 1 A1 functions as an oscillator whose output (Trace A Figure 2 , to A2 A2 provides scaled gain and offsetting so that its output will swing from 3 00V to 6 00V for , waveforms from Figure 1's circuit show A1's oscillator output (Trace A) and A2's integrator output (B) as


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1997 - rosemount 118

Abstract: free transistor a4s 2N2369 transistor 2n2369s LM395 datasheet 2n2222a making sine wave circuit rosemount design sine wave power inverter sine wave inverter circuit diagram
Text: controlled sine wave oscillator which uses a single LF347 package. For a 0V­10V input the circuit produces , voltage-controlled sine wave oscillator combines high performance with versatility. For 0V to 10V inputs, this , oscillator . During the time A4 is low the pulses from A3's output are passed by the 2N3904 transistor. When , oscillator whose output (Trace A, Figure 2) periodically resets the A2 integrator output (Trace B, Figure 2 , 6.00V for a 300°C to 600°C temperature swing at the platinum sensor. A3 and A4 form a


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PDF an012587 rosemount 118 free transistor a4s 2N2369 transistor 2n2369s LM395 datasheet 2n2222a making sine wave circuit rosemount design sine wave power inverter sine wave inverter circuit diagram
1995 - NSB5881

Abstract: MICROPROCESSOR Z80 7segment NSB3881 NSN581 9 digit display NSA1298 NSB7881 MM74C917 MM74C912 NSB3881 equivalent z80 in calculator
Text: 07 4 DS75492 2N3904 10X ­50X FIGURE 10 MM74C911 Segment Resistor Values for Various , displays These devices each have an on-chip multiplex oscillator and associated logic to easily implement , to this environment The MM74C911 is the simplest of these devices It has one data input for each of , to six 8-segment displays II FUNCTIONAL DESCRIPTION MM74C911 The functional block diagram for the , without loss of data The multiplexer logic controls all of the timing for the MM74C911 and also


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PDF MM74C911 MM74C912 MM74C917 MM74C912 NSB5881 MICROPROCESSOR Z80 7segment NSB3881 NSN581 9 digit display NSA1298 NSB7881 NSB3881 equivalent z80 in calculator
1998 - NSB3881

Abstract: NSB5881 74C911 INS8060 NSA1298 NSN581 MICROPROCESSOR Z80 7segment 4-DIGIT 7-SEGMENT LED DISPLAY datasheet MULTIPLEX NSB7881 MM2114
Text: for MM74C911 By raising the Digit In-Out (DIO) input high, the internal oscillator is disabled and , 2N3904 FIGURE 10. MM74C911 Segment Resistor Values for Various Displays (VCC = 5V) (*Using Red LED , DS75492 5­30 2N3904 FIGURE 11. MM74C912/MM74C917 Segment Resistor for Average Intensity for Various , devices each have an on-chip multiplex oscillator and associated logic to easily implement multi-digit , environment. The MM74C911 is the simplest of these devices. It has one data input for each of its eight


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PDF MM74C911, MM74C912 MM74C917 MM74C911 NSB3881 NSB5881 74C911 INS8060 NSA1298 NSN581 MICROPROCESSOR Z80 7segment 4-DIGIT 7-SEGMENT LED DISPLAY datasheet MULTIPLEX NSB7881 MM2114
2001 - NSN581

Abstract: NSB5881 NSB7881 9 digit display NSA1298 seven segment hex display NSB3881 ins8224 4-DIGIT 7-SEGMENT LED DISPLAY datasheet common cathode 7-segment display driver 2-DIGIT 7-SEGMENT LED DISPLAY datasheet
Text: 8-segment LED displays. These devices each have an on-chip multiplex oscillator and associated , has one data input for each of its eight segment outputs, allowing direct control of any LED segment , functional block diagram for the MM74C911 is shown in Figure 1. The eight data inputs are buffered and , of the timing for the MM74C911 and also generates the digit output strobes. The timing diagram is , -257 Functional Description MM74C911 (Continued) FIGURE 2. MUX Timing for MM74C911 TABLE 1. Operating Modes


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PDF MM74C911 MM74C912 MM74C911 NSN581 NSB5881 NSB7881 9 digit display NSA1298 seven segment hex display NSB3881 ins8224 4-DIGIT 7-SEGMENT LED DISPLAY datasheet common cathode 7-segment display driver 2-DIGIT 7-SEGMENT LED DISPLAY datasheet
2008 - "CCFL Controller"

Abstract: ccfl inverter mosfets ccfl inverter 5 pin ccfl driver ccfl lamp circuit diagram calculations for MOSFET inverter control lamp brightness pwm mosfet dc ac inverter DS3991 2N3904
Text: Accurate (±5%) On-Board Oscillator for Lamp Frequency (40kHz to 80kHz) Accurate (±5%) On-Board Oscillator for DPWM Burst-Dimming Frequency (80Hz to 300Hz) Device Supply Undervoltage Lockout Inverter , Rev 1; 2/08 Low-Cost CCFL Controller The DS3991 is a controller for cold-cathode fluorescent lamps (CCFLs) that are used to backlight liquid-crystal displays (LCDs). The DS3991 is available for , TVs Features CCFL Controller for Backlighting LCD Panels Minimal External Components Required


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PDF DS3991 300VRMS 1400VRMS) 56-G2008-001 "CCFL Controller" ccfl inverter mosfets ccfl inverter 5 pin ccfl driver ccfl lamp circuit diagram calculations for MOSFET inverter control lamp brightness pwm mosfet dc ac inverter 2N3904
2002 - SP5062

Abstract: SP5060 2N3904 MP14 SP5070 varicap ghz crystal oscillator 6.400 mhz 2n3904 for oscillator
Text: from the charge pump output, provides the output drive necessary for the oscillator varicap line. A , FROM REFERENCE OSCILLATOR 10 9 180n 8 22K +30V 47n DP 22K 10K 2N3904 , modulus frequency synthesiser for use in Satellite TV receivers and together with an appropriate voltage controlled oscillator (VCO), forms a complete phase locked loop (PLL) synthesiser. The circuit consists of , reference frequency derived from an external oscillator or crystal. The comparator has a charge pump


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PDF SP5070 DS3966-2 SP5070 SP5062 SP5060 2N3904 MP14 varicap ghz crystal oscillator 6.400 mhz 2n3904 for oscillator
2003 - Philips varicap

Abstract: 2N3904 MP14 SP5060 SP5062 SP5070
Text: from the charge pump output, provides the output drive necessary for the oscillator varicap line. A , FROM REFERENCE OSCILLATOR 10 9 180n 8 22K +30V 47n DP 22K 10K 2N3904 , modulus frequency synthesiser for use in Satellite TV receivers and together with an appropriate voltage controlled oscillator (VCO), forms a complete phase locked loop (PLL) synthesiser. The circuit consists of , reference frequency derived from an external oscillator or crystal. The comparator has a charge pump


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PDF SP5070 DS3966-2 SP5070 Philips varicap 2N3904 MP14 SP5060 SP5062
2012 - 2N3904 smd

Abstract: MARKING SMD transistor R11 transistor smd marking code c3 2N3904 TRANSISTOR SMD TRANSISTOR SMD MARKING CODE R8 TRANSISTOR SMD MARKING CODE 1K SMD MARKING CODE TRANSISTOR R5
Text: current limitation enabled is suitable for driving smaller piezo loads in single ended configuration. The MAS6240C2 with current limitation disabled is suitable for driving larger piezo loads and also in differential configuration for achieving maximal piezo sound pressure. The volume production , jumper settings available which are used to configure the board for various operation configurations , . The on-board EN1 and EN2 jumpers are used for choosing between power down, 1X, 2X and 3X charge pump


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PDF DAEV6240 MAS6240 MAS6240C2 MAS6240C1 2N3904 smd MARKING SMD transistor R11 transistor smd marking code c3 2N3904 TRANSISTOR SMD TRANSISTOR SMD MARKING CODE R8 TRANSISTOR SMD MARKING CODE 1K SMD MARKING CODE TRANSISTOR R5
2012 - Not Available

Abstract: No abstract text available
Text: /24VDC. Note that these relays are good for switching resistive loads, but if you have to commutate , voltages in range +5-24VDC. Opto-couplers are fast and switch On/Off for 10 uS, so quick signals could be detected. !NOTE for owners of MOD-IO prior to revision C1: the above information is correct only for the opto-isolated couplers – the board is capable to handle up to 22VDC for them. You need to swap R1, R2, R3, R4 , seen in the schematics. I1 is connected to RA4 and is good for counting as this pin is connected to


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PDF 5A/125VAC, 0A/250VAC, 5A/24VDC.
2001 - transistor r1010

Abstract: 1500uF 2N3904 SOT-23 sanyo 1500uF 6.3V capacitor 2n3904 sot 23 VFB24 vrm circuit testing top mark R28 SOT-23 r1010 IRU3013
Text: designed for Intel Pentium III microprocessor applications as described in the VRM 8.5 specification. The IC provides a single chip solution for the Vcore, 1.2V AGTL+, 1.8V and a third uncommitted LDO , of output current for an onboard Vcore synchronous converter while automatically providing the , features of the device are: Under-voltage lockout for both 5V and 12V supplies, an external programmable softstart function, and the ability to program the oscillator frequency by connecting an external capacitor


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PDF PD94249 IRU3013 IRU3013 onboardR15 VID25) IRF3711 220PF 1500uF transistor r1010 1500uF 2N3904 SOT-23 sanyo 1500uF 6.3V capacitor 2n3904 sot 23 VFB24 vrm circuit testing top mark R28 SOT-23 r1010
2008 - ccfl controller

Abstract: No abstract text available
Text: Conditions o Accurate (±5%) On-Board Oscillator for Lamp Frequency (40kHz to 80kHz) o Accurate (±5%) On-Board Oscillator for DPWM Burst-Dimming Frequency (80Hz to 300Hz) o Device Supply Undervoltage Lockout , Rev 1; 2/08 Low-Cost CCFL Controller The DS3991 is a controller for cold-cathode fluorescent lamps (CCFLs) that are used to backlight liquid-crystal displays (LCDs). The DS3991 is available for , TVs Features o CCFL Controller for Backlighting LCD Panels o Minimal External Components Required


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PDF DS3991 300VRMS 1400VRMS) 56-G2008-001 ccfl controller
2008 - 2N3904

Abstract: DS3991 DS3991V inverter circuit dc to ac 2V to 24V with mosfets lcd inverter ccfl transformer mosfet pwm inverter calculations for MOSFET inverter ccfl controller "CCFL Controller"
Text: Accurate (±5%) On-Board Oscillator for Lamp Frequency (40kHz to 80kHz) Accurate (±5%) On-Board Oscillator for DPWM Burst-Dimming Frequency (80Hz to 300Hz) Device Supply Undervoltage Lockout Inverter , Rev 0; 1/08 Low-Cost CCFL Controller The DS3991 is a controller for cold-cathode fluorescent lamps (CCFLs) that are used to backlight liquid-crystal displays (LCDs). The DS3991 is available for , TVs Features CCFL Controller for Backlighting LCD Panels Minimal External Components Required


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PDF DS3991 300VRMS 1400VRMS) 56-G2008-001 2N3904 DS3991V inverter circuit dc to ac 2V to 24V with mosfets lcd inverter ccfl transformer mosfet pwm inverter calculations for MOSFET inverter ccfl controller "CCFL Controller"
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