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Part Manufacturer Description Datasheet Download Buy Part
LTC2938CMS#PBF Linear Technology LTC2938 - Configurable 4-Supply Monitors with Watchdog Timer; Package: MSOP; Pins: 12; Temperature Range: 0°C to 70°C
LTC2939CMS#PBF Linear Technology LTC2939 - Configurable 6-Supply Monitors with Watchdog Timer; Package: MSOP; Pins: 16; Temperature Range: 0°C to 70°C
LTC2938CMS#TRPBF Linear Technology LTC2938 - Configurable 4-Supply Monitors with Watchdog Timer; Package: MSOP; Pins: 12; Temperature Range: 0°C to 70°C
LTC2939CMS#TRPBF Linear Technology LTC2939 - Configurable 6-Supply Monitors with Watchdog Timer; Package: MSOP; Pins: 16; Temperature Range: 0°C to 70°C
LTC2938HDE#TRPBF Linear Technology LTC2938 - Configurable 4-Supply Monitors with Watchdog Timer; Package: DFN; Pins: 12; Temperature Range: -40°C to 125°C
LTC2939HMS#TRPBF Linear Technology LTC2939 - Configurable 6-Supply Monitors with Watchdog Timer; Package: MSOP; Pins: 16; Temperature Range: -40°C to 125°C

Q4008L4 pin configuration Datasheets Context Search

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1998 - Q4008L4 pin configuration

Abstract: ysi44008 Q4008L4 TRIAC Q4008L4 LTC1496 ysi 44008 YSI4 2 Amp Zero-Cross Triac Output
Text: 1N4004 TECCOR Q4008L4 OR EQUIVALENT NEUTRAL C1 0.01µF R2 47k 3k 3W ISOLATION , 100k 1M FREQUENCY (Hz) 100M 1531 F04 Figure 4. VRMS vs Frequency U U U PIN FUNCTIONS VCC ( Pin 1): Powered Side Power Supply. SHDN ( Pin 2): Active Low Chip Shutdown. A low signal , . ZCNEG ( Pin 3): Zero-Cross Comparator Negative Input. ZCPOS ( Pin 4): Zero-Cross Comparator Positive Input. VPW ( Pin 11): Isolated Power Supply. Connect to an external storage capacitor. CMPOUT ( Pin 12


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PDF LTC1531 E151738 UL1577 2500VRMS LT1389 800nA, 10ppm/ LTC1440/LTC1441 Q4008L4 pin configuration ysi44008 Q4008L4 TRIAC Q4008L4 LTC1496 ysi 44008 YSI4 2 Amp Zero-Cross Triac Output
1998 - Q4008L4

Abstract: ysi44008 LTC1496 ysi 44008 Q4008L4 pin configuration AC POWER SWITCH 022F LTC1531CSW triac 1f 2N2222 1N4004
Text: the three-state CMPOUT pin in a delta-sigma configuration . Here, the time constant of R1C1 is , 1N4004 TECCOR Q4008L4 OR EQUIVALENT NEUTRAL C1 0.01F R2 47k 3k 3W ISOLATION BARRIER , 10M 100k 1M FREQUENCY (Hz) 100M 1531 F04 Figure 4. VRMS vs Frequency U U U PIN FUNCTIONS VCC ( Pin 1): Powered Side Power Supply. SHDN ( Pin 2): Active Low Chip Shutdown. A low signal , . ZCNEG ( Pin 3): Zero-Cross Comparator Negative Input. ZCPOS ( Pin 4): Zero-Cross Comparator Positive


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PDF LTC1531 E151738 UL1577 2500VRMS LT1389 800nA, 10ppm/ LTC1440/LTC1441 Q4008L4 ysi44008 LTC1496 ysi 44008 Q4008L4 pin configuration AC POWER SWITCH 022F LTC1531CSW triac 1f 2N2222 1N4004
2002 - AN304

Abstract: Q4008L4
Text: ) Diac (HT-32) Circuitry at the Gate of the Q4008L4 Load Triac. The Load Triac is triggered by either , 200V 1 DOZE SYNC 3 2 CAP 4 G MT1 1K 1W Q4008L4 MT2 LOAD .047µF


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PDF A3800 LS7231 AN304-121396-1 L201E5 MPS8599 IN4004 1N4148 680pF LS7231 HT-32 AN304 Q4008L4
ac motor speed control circuit with triac

Abstract: Diac HT-32 diac with triac ac speed control Application TRIAC Light Dimmer with Schematic Q4008L4 DC motor speed control using diac and triac light dimmer circuit using diac and triac a circuit for firing angle in triac DC MOTOR SPEED CONTROL USING triac diac triac control circuit motor
Text: (HT-32) Circuitry at the Gate of the Q4008L4 Load Triac. The Load Triac is triggered by either the , 3 2 CAP 4 G MT1 1K 1W Q4008L4 MT2 LOAD .047µF 2.2M AC MOTOR


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PDF A3800 LS7231 AN304-121396-1 L201E5 MPS8599 IN4004 1N4148 680pF LS7231 HT-32 ac motor speed control circuit with triac Diac HT-32 diac with triac ac speed control Application TRIAC Light Dimmer with Schematic Q4008L4 DC motor speed control using diac and triac light dimmer circuit using diac and triac a circuit for firing angle in triac DC MOTOR SPEED CONTROL USING triac diac triac control circuit motor
1998 - Q4008L4

Abstract: ysi 44008 VREG13 ysi44008 K 1531 LTC1531CSW LTC1531 2N2222 1N4004 ysi+44008
Text: Isolated Thermistor Temperature Controller AC 120V HEATER 25 TECCOR Q4008L4 OR EQUIVALENT NEUTRAL , IVREG 3 LTC1531 U U U PIN FUNCTIONS VCC ( Pin 1): Powered Side Power Supply. SHDN ( Pin , level will be reset to zero during power-down. ZCNEG ( Pin 3): Zero-Cross Comparator Negative Input. ZCPOS ( Pin 4): Zero-Cross Comparator Positive Input. VPW ( Pin 11): Isolated Power Supply. Tied to an external storage capacitor. CMPOUT ( Pin 12): Isolated Latched Comparator Data. CMPOUT is active when


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PDF LTC1531 3000VRMS 2500VRMS LT1389 800nA, 10ppm/ LTC1440/LTC1441 LTC1442 LT1495/LT1496 Q4008L4 ysi 44008 VREG13 ysi44008 K 1531 LTC1531CSW LTC1531 2N2222 1N4004 ysi+44008
1998 - Q4008L4

Abstract: ysi44008 thermistor op amp temperature controller circuit 1N4004 LTC1496 1M resistor LTC1531CSW LTC1531 2N2222 Q4008L4 pin configuration
Text: 1N4004 TECCOR Q4008L4 OR EQUIVALENT NEUTRAL C1 0.01µF R2 47k 3k 3W ISOLATION , Frequency U U U PIN FUNCTIONS VCC ( Pin 1): Powered Side Power Supply. SHDN ( Pin 2): Active Low , to zero during power-down. ZCNEG ( Pin 3): Zero-Cross Comparator Negative Input. ZCPOS ( Pin 4): Zero-Cross Comparator Positive Input. VPW ( Pin 11): Isolated Power Supply. Connect to an external storage capacitor. CMPOUT ( Pin 12): Isolated Latched Comparator Data. CMPOUT is active when VREG is on. The CMPOUT


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PDF LTC1531 E151738 UL1577 2500VRMS LT1389 800nA, 10ppm/ LTC1440/LTC1441 Q4008L4 ysi44008 thermistor op amp temperature controller circuit 1N4004 LTC1496 1M resistor LTC1531CSW LTC1531 2N2222 Q4008L4 pin configuration
AC Motor Speed Controller

Abstract: Q4008L4 Q4008L4 pin configuration triac 220v light dimmer LS7231 cd 7231 220v light dimmer touch dimmer 220v control LS7231-LS7234 SR 7231
Text: voltage • 8 Pin Plastic DIP DESCRIPTION: LS 7231 through LS 7234 is a series of monolithic, ion , memory. CONNECTION DIAGRAM - TOP VIEW STANDARD 8 PIN PLASTIC DIP VSS ( +12 to +18VDC) DOZE 2 CAP , DESCRIPTION VSS ( Pin 1) Supply voltage positive terminal. DOZE ( Pin 2) A clock applied to this input causes , active, the DOZE input is disabled. CAP ( Pin 3) The CAP input is for external component connection for , frequency. For 50Hz the figures are 39ms and 399ms. SYNCHRO ( Pin 4). The a-c line frequency (50Hz/60Hz


OCR Scan
PDF /150VAC 047/xF/25V 470pF/25V F/25V 1N4148 Q4008L4 100/iH 15/tF/300VAC 0-VF/300VAC AC Motor Speed Controller Q4008L4 Q4008L4 pin configuration triac 220v light dimmer LS7231 cd 7231 220v light dimmer touch dimmer 220v control LS7231-LS7234 SR 7231
Not Available

Abstract: No abstract text available
Text: slow dimming • 12V to 18V DC supply voltage • 8 Pin Plastic DIP CONNECTION DIAGRAM - TOP VIEW STANDARD 8 PIN P LA ST IC DIP OUT V D D (G N D ) SLAVE 5 DESCRIPTION: ‘ Some motors may , /OUTPUT DESCRIPTION VSS ( Pin 1) Supply voltage positive terminal. DOZE ( Pin 2) A clock applied to , input is disabled. (a) turned off it it was on. CAP ( Pin 3) ( b ) turned on if it was off. The , . SYNCHRO ( Pin 4). SLAVE ( Pin 6) The a-c line frequency (50Hz/60Hz), when applied to this input


OCR Scan
PDF LS7231-4. 15/xF/150VAC 22/xF/150VAC 470pF/25V tF/25V 1N4148 Q4008L4 100/iH 15/tF/300VAC 047/iF/25V
Q4008L4

Abstract: LS7338 1N4145 1N4148 A3800 triac switch
Text: seconds for 60Hz. Dim-to-Off time can be programmed within a range of 6.5 to 836 seconds. PIN , Operation (VSS - VDD). · 8- Pin Plastic DIP (14 Pin SOIC available) November 1997 V SS (+V) FIGURE , frequency set at the OSC input (See I/O Description, Pin 6), the IC automatically steps to STATE 2. (If , 0 can be started only by transitions at the SENSE and SLAVE inputs. VSS ( Pin 5) Supply voltage positive terminal. INPUT/OUTPUT DESCRIPTION: SENSE ( Pin 1) A logic 0 applied to this input for a


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PDF LS7338 A3800 LS7338 Q4008L4 1N4145 1N4148 A3800 triac switch
1998 - ysi+44008

Abstract: No abstract text available
Text: (Figure 9) uses the three-state CMPOUT pin in a delta-sigma configuration . Here, the time constant of , Temperature Controller AC 120V LOAD 25Ω R1 680k 1N4004 TECCOR Q4008L4 OR EQUIVALENT , Figure 4. VRMS vs Frequency U U U PIN FUNCTIONS VCC ( Pin 1): Powered Side Power Supply. SHDN ( Pin 2): Active Low Chip Shutdown. A low signal causes the circuitry to power down. DATA logic output level will be reset to zero during power-down. ZCNEG ( Pin 3): Zero-Cross Comparator Negative


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PDF LTC1531 E151738 UL1577 2500VRMS LT1389 800nA, 10ppm/Â LTC1440/LTC1441 ysi+44008
Not Available

Abstract: No abstract text available
Text: €¢ LS7338 (DIP); LS7338-S (SOIC) - See Figure 1 PIN ASSIGNMENT - TOP VIEW SLAVE 2 V DD (-V) 3 , determined by the frequency set at the OSC input (See I/O Description, Pin 6), the IC automatically steps , from STATE 0 can be started only by transitions at the SENSE and SLAVE inputs. VSS ( Pin 5) Supply voltage positive terminal. INPUT/OUTPUT DESCRIPTION: SENSE ( Pin 1) A logic 0 applied to this input , the next state in the operating sequence. OSC ( Pin 6) An R-C network connected to this input


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PDF LS7338 A3800 50/60Hz IN914 MPS8599
2003 - Not Available

Abstract: No abstract text available
Text: €¢ LS7338 (DIP); LS7338-S (SOIC) - See Figure 1 PIN ASSIGNMENT - TOP VIEW SLAVE 2 V DD (-V) 3 , determined by the frequency set at the OSC input (See I/O Description, Pin 6), the IC automatically steps , from STATE 0 can be started only by transitions at the SENSE and SLAVE inputs. VSS ( Pin 5) Supply voltage positive terminal. INPUT/OUTPUT DESCRIPTION: SENSE ( Pin 1) A logic 0 applied to this input , the next state in the operating sequence. OSC ( Pin 6) An R-C network connected to this input


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PDF LS7338 A3800 50/60Hz IN914 MPS8599
RE200B

Abstract: LHi 878 Sensor Pir RE200B LHi 878 application RE200B datasheet LHi 958 NAIS RELAY PANASONIC relay NAIS 5v 5 pin SDA02-54 RE200B nicera
Text: 0.75VREG < VIN 30 36 Seconds PIN ASSIGNMENT - TOP VIEW DIFF. AMP. 1 OUTPUT 1 DIFF. AMP , LS6506 FIGURE 1A PIN ASSIGNMENT - TOP VIEW DIFF. AMP. 1 OUTPUT 1 DIFF. AMP. 2 INPUT (- , configuration REGULATOR: Voltage Current VR IR 4.0 - 100 6 150 V µA - G CMRR , Amplifier Bandpass configuration as shown in Figure 2 - 0 - 2.0 V - VIR - 0.3VR , value of R6 may have to be adjusted if the selected PIR Sensor causes the input static voltage at Pin


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PDF A3800 LS6506 LS6507 LS6506) LS6506 LS6507) 115VAC 220VAC LS6506-S RE200B LHi 878 Sensor Pir RE200B LHi 878 application RE200B datasheet LHi 958 NAIS RELAY PANASONIC relay NAIS 5v 5 pin SDA02-54 RE200B nicera
2006 - PIR Sensor Interface

Abstract: LS6505 pir sensor Triac/pir module
Text: 11747 (631) 271-0400 FAX (631) 271-0405 A3800 September 2006 PIR SENSOR INTERFACE PIN , dB µA - VS 100 - - µV TA = 25˚C, with Amplifier Bandpass configuration as , = 0.1µF Z1 = 24V, 1/2W C6 = 1.5µF, 250V T1 = Q4008L4 (Typical) C6 = 1.0µF, 400V * T1 = , 2.7V Peak-to-Peak AC signal input to Pin 5. 2. The C7, D1, Z1, C6, R6 components generate the DC , module into Pin 11 of the LS6505 and C suppresses noise. LSI Computer Systems


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PDF LS6505 A3800 LS6505-11 PIR Sensor Interface LS6505 pir sensor Triac/pir module
Heimann lhi 878

Abstract: Heimann lhi 958 LHi 954 LHi 954 heimann LHi 978 LHi 958 LHi 874 Heimann LHi 978 Heimann LHi 878
Text: Automatic Light Control · Intrusion Alarm PIN ASSIGNMENT - TOP VIEW LSI FEATURES: · Low Quiescent , - µV TA=25°C, with Amplifier Bandpass configuration as shown in Figure 3 - 0 - , Q4008L4 (Typical) * T1 = Q5004L4 (Typical) PIR = HEIMANN LHi 954, 958, 978, 874 or 878 (Typical , signal input to Pin 5. 2. The C8, D1, Z1, C7, R7 components generate the DC Supply Voltage for the , components interface LS6501LP Pin 7 to a Relay Coil returned to a separate High-Voltage DC Supply. 3. A


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PDF LS6501LP A3800 LS6501LP in501LP Heimann lhi 878 Heimann lhi 958 LHi 954 LHi 954 heimann LHi 978 LHi 958 LHi 874 Heimann LHi 978 Heimann LHi 878
Heimann lhi 878

Abstract: Heimann lhi 958 LHi 954 heimann LHi 958 pir motion sensor LHi 958 LHi 978 LHi 954 LHi 878 LHi 874 LHi 958 application note
Text: (516) 271-0400 FAX (516) 271-0405 ® A3800 January 1998 PIR MOTION DETECTOR PIN , can drive Incandescent or Fluorescent Lamps · 16- Pin DIP or 16- Pin SOIC (See Figure 1) FIGURE 1 , - µV TA=25°C, with Amplifier Bandpass configuration as shown in Figure 3 - 0 - , * C9 = .1µF,400V D1 = 1N4004 LDR = SILONEX HSL-19M52 (Typica Z1 = 9.1V, 1/2W T1 = Q4008L4 (Typical , Pin 5. 2. The C8, D1, Z1, C7, R7 components generate the DC Supply Voltage for the LS6501LP. 3. The


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PDF LS6501LP A3800 Dir501LP LS6501LP Heimann lhi 878 Heimann lhi 958 LHi 954 heimann LHi 958 pir motion sensor LHi 958 LHi 978 LHi 954 LHi 878 LHi 874 LHi 958 application note
Heimann lhi 878

Abstract: LHi 958 Heimann lhi 958 LHi 878 Heimann LHi 878 application PIR SENSOR IS MOTION SENSOR 24v pir motion sensor LHi 958 LHi 958 application note pir motion sensor
Text: (631) 271-0400 FAX (631) 271-0405 A3800 PIR SENSOR INTERFACE PIN ASSIGNMENT - TOP VIEW DIFF , configuration as shown in Figure 3 - 0 - 2.5 V - VIR - 0.4VR - V - , C5 = 0.1µF Z1 = 24V, 1/2W C6 = 1.5µF, 250V T1 = Q4008L4 (Typical) C6 = 1.0µF, 400V * T1 = , Peak-to-Peak AC signal input to Pin 5. 2. The C7, D1, Z1, C6, R6 components generate the DC Supply Voltage for , network to the occupancy sensor module. R limits the current from the remote module into Pin 11 of the


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PDF LS6505 A3800 LS6505-11 Heimann lhi 878 LHi 958 Heimann lhi 958 LHi 878 Heimann LHi 878 application PIR SENSOR IS MOTION SENSOR 24v pir motion sensor LHi 958 LHi 958 application note pir motion sensor
Heimann lhi 958

Abstract: LHi 878 application Heimann lhi 878 Q4008L4 Heimann LHi 958 application note LHi 878 LHi 958 heimann lhi lhi 878 heimann circuit diagram
Text: (631) 271-0400 FAX (631) 271-0405 A3800 PIR SENSOR INTERFACE PIN ASSIGNMENT - TOP VIEW DIFF , configuration as shown in Figure 3 - 0 - 2.5 V - VIR - 0.4VR - V - , C5 = 0.1µF Z1 = 24V, 1/2W C6 = 1.5µF, 250V T1 = Q4008L4 (Typical) C6 = 1.0µF, 400V * T1 = , Peak-to-Peak AC signal input to Pin 5. 2. The C7, D1, Z1, C6, R6 components generate the DC Supply Voltage for , network to the occupancy sensor module. R limits the current from the remote module into Pin 11 of the


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PDF LS6505 A3800 LS6505-11 Heimann lhi 958 LHi 878 application Heimann lhi 878 Q4008L4 Heimann LHi 958 application note LHi 878 LHi 958 heimann lhi lhi 878 heimann circuit diagram
Gate turn off triac

Abstract: 7338 Q4008L4 MPS8599 equivalent 1N4148 A3800 LS7338 LS7338-S Q5004L4
Text: seconds. PIN ASSIGNMENT - TOP VIEW LSI FEATURES: · Phase-Lock Loop Synchronization allows use in , determined by the frequency set at the OSC input (See I/O Description, Pin 6), the IC automatically steps , from STATE 0 can be started only by transitions at the SENSE and SLAVE inputs. VSS ( Pin 5) Supply voltage positive terminal. INPUT/OUTPUT DESCRIPTION: SENSE ( Pin 1) A logic 0 applied to this input , the next state in the operating sequence. OSC ( Pin 6) An R-C network connected to this input


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PDF LS7338 A3800 LS7338 IN914 MPS8599 Gate turn off triac 7338 Q4008L4 MPS8599 equivalent 1N4148 A3800 LS7338-S Q5004L4
2008 - WATER LEVEL CONTROLLER

Abstract: water level alarm using timer 555 applications Optocoupler with triac circuits ic 555 timer gate drive scr triac scr ntc three phase heater control schematic 3 kw triac UAA2016 infrared based security system using 555 ic sd622 water detector using timer 555 triac static switch
Text: AN1007 .1 Basic Triac Static Switch Load MT2 RL Q1 Q4008L4 S1 AC Voltage Input 120 V , Q4008L4 Triac 51 k 120 V ac BS08D (4) IN4004 0.02 F + dt rating of the Triac or , Q6012LH5 can typically be 80 mA and minimum current output from UAA2016 pin 6 is -90 mA at -8 V, -20 ºC , the OSCD pin determines the output trigger pulse width. (Holtek Semiconductor Inc. is located at No , has three operating modes (ON, AUTO, OFF), which can be set through the mode pin . While the LSI chip


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PDF 1N4002 Q2008L4 SD622 AN1007 WATER LEVEL CONTROLLER water level alarm using timer 555 applications Optocoupler with triac circuits ic 555 timer gate drive scr triac scr ntc three phase heater control schematic 3 kw triac UAA2016 infrared based security system using 555 ic sd622 water detector using timer 555 triac static switch
2000 - Heimann LHi 978

Abstract: Heimann lhi 958 PIR LHi 978
Text: €¢ Automatic Light Control • Intrusion Alarm PIN ASSIGNMENT - TOP VIEW LSI FEATURES: • Low , €¢ Triac can drive Incandescent or Fluorescent Lamps • 16- Pin DIP or 16- Pin SOIC (See Figure 1) LED , dB dB dB µA - VS 70 - - µV TA=25˚C, with Amplifier Bandpass configuration , ,250V * C9 = .1µF,400V D1 = 1N4004 LDR = SILONEX HSL-19M52 (Typical) Z1 = 9.1V, 1/2W T1 = Q4008L4 , input to Pin 5. 2. The C8, D1, Z1, C7, R7 components generate the DC Supply Voltage for the LS6501LP


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PDF LS6501LP A3800 LS6501LP Heimann LHi 978 Heimann lhi 958 PIR LHi 978
2003 - Heimann lhi 958

Abstract: No abstract text available
Text: 11747 (631) 271-0400 FAX (631) 271-0405 A3800 PIR SENSOR INTERFACE PIN ASSIGNMENT - TOP VIEW , Amplifier Bandpass configuration as shown in Figure 3 - 0 - 2.5 V - VIR - 0.4VR , 1.5µF, 250V T1 = Q4008L4 (Typical) C6 = 1.0µF, 400V * T1 = Q5004L4 (Typical) C7 = 1000µF U1 = , change for 220VAC NOTES: 1. The R8, R9, C8 network provides a 2.7V Peak-to-Peak AC signal input to Pin , occupancy sensor module. R limits the current from the remote module into Pin 11 of the LS6505 and C


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PDF LS6505 A3800 LS6505-11 Heimann lhi 958
RE46B-SW81

Abstract: No abstract text available
Text: 11747 (631) 271-0400 FAX (631) 271-0405 A3800 September 2006 PIR SENSOR INTERFACE PIN , dB µA - VS 100 - - µV TA = 25˚C, with Amplifier Bandpass configuration as , 0.033µF C4 = 0.01µF D1 = 1N4004 C5 = 0.1µF Z1 = 24V, 1/2W C6 = 1.5µF, 250V T1 = Q4008L4 (Typical , R8, R9, C8 network provides a 2.7V Peak-to-Peak AC signal input to Pin 5. 2. The C7, D1, Z1, C6, R6 , the occupancy sensor module. R limits the current from the remote module into Pin 11 of the LS6505


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PDF LS6505 A3800 LS6505-11 RE46B-SW81
1999 - ysi 44008

Abstract: isolated AC voltage sensor Q4008L4 .1uf 275v 1N4140 LT1389 LT1496 LTC1531 1N4004 LT1495
Text: are registered trademarks of Linear Technology Corporation. AC 120V TECCOR Q4008L4 OR EQUIVALENT


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PDF 2500VRMS LTC1531 125mV DN204 com/go/dnLTC1531 1-800-4-LINEAR. dn204f ysi 44008 isolated AC voltage sensor Q4008L4 .1uf 275v 1N4140 LT1389 LT1496 1N4004 LT1495
Q4008L4

Abstract: 7338 1N4148 A3800 IN914 LS7338 LS7338-S Q5004L4
Text: (DIP); LS7338-S (SOIC) - See Figure 1 PIN ASSIGNMENT - TOP VIEW SLAVE 2 V DD (-V) 3 , (See I/O Description, Pin 6), the IC automatically steps to STATE 2. (If the OSC input is deactivated , transitions at the SENSE and SLAVE inputs. VSS ( Pin 5) Supply voltage positive terminal. INPUT/OUTPUT DESCRIPTION: SENSE ( Pin 1) A logic 0 applied to this input for a minimum of three SYNC cycles, TS1 (50ms for , ( Pin 6) An R-C network connected to this input controls the frequency of oscillation which determines


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PDF LS7338 A3800 50/60Hz LS7338-S IN914 MPS8599 Q4008L4 7338 1N4148 A3800 IN914 LS7338 LS7338-S Q5004L4
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