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HC4538 Datasheet

Part Manufacturer Description PDF Type
HC4538 Motorola European Master Selection Guide 1986 Scan

HC4538

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: /Cext pins as short as possible. 6 HD74HC4538 Circuit Operation Fig. 3 shows the HC4538 , trigger-control reset circuit is low. Trigger Operation The HC4538 is triggered by either a rising-edge signal as , initiates three events. First, the output latch goes low, thus taking the Q output of the HC4538 to a high , output of the HC4538 to a low state (19), and completing the time-out cycle. Reset Operation A low voltage applied to the Reset pin always forces the Q output of the HC4538 to a low state. 7 Hitachi
Original
Hitachi DSA00279
Abstract: inhibit input Also included is a clear input that when taken low resets the one shot The 'HC4538 is , circuit is low The 'HC4538 operates as follows (refer to logic diagram) In the quiescent state the , logic diagram and the timing diagram TRIGGER OPERATION The 'HC4538 is triggered by either a , simultaneously initiates three events First the output latch goes low thus taking the Q output of the 'HC4538 , goes low ( 18) This causes the output latch to tog- gle taking the Q output of the 'HC4538 to a low National Semiconductor
Original
MM54HC4538 MM74HC4538 CD4528 CD4538 CD4538 PIN DIAGRAM monostable multivibrator using cd4538 cd4528 "pin compatible" MM54HC4538J
Abstract: shot. The â'™HC4538 is retriggerable. That is, it may be triggered repeatedly while their outputs are , -4 TRIGGER OPERATION Circuit O peration The â'™HC4538 is triggered by either a rising-edge signal at , the output of the trigger-control circuit to go high (#9). The â'™HC4538 operates as follows (refer , taking the Q output of the â'™HC4538 to a high state (#10). Second, tran­ sistor M3 is turned on , of the â'™HC4538 to a low state (#19), and completing the time-out cycle. 7 -
OCR Scan
MM54HC4538/MM74HC4538 DSOO5217-5 MM74HC4538N
Abstract: resets the one shot. The 'HC4538 is retriggerable. That is, it may be triggered repeatedly while their , The 'HC4538 operates as follows (refer to logic diagram). In the quiescent state, the external timing , OPERATION The 'HC4538 is triggered by either a rising-edge signal at input A (#7) or a falling-edge signal , taking the Q output of the 'HC4538 to a high state (#10). Second, transistor M3 is turned on, which , , taking the Q output of the 'HC4538 to a low state (#19), and completing the time-out cycle. RESET -
OCR Scan
circuits for cd4538 lt 5217 CD4538 multivibrator CD4538 PIN DIAGRAM description MM74HC 16 pin 74HC
Abstract: R x and C x are a function of the leakage of capacitor Cx, the leakage of the HC4538, and leakage , -5ì-fl MC54/74HC4538 CIRCUIT OPERATION Figure 10 shows the HC4538 configured in the retriggerable mode , trigger-control reset circuit is low. T R IG G E R O PERATIO N The HC4538 is triggered by either a rising-edge , simultaneously initiates three events. First, the output latch goes low, thus taking the Q output of the HC4538 , , taking the Q output of the HC4538to a low state (#19), and completing the time-out cycle. P O W E R -D O -
OCR Scan
C4538 mc14628 DT511 Transistor c54 MC14538B MC14628B C54/74H MC14528B MC14536B
Abstract: SELECTION GUIDE MULTIVIBRATOR Type Number M54/74 HC123 HC123A HC221 HC221A HC423 HC423A HC4538 Dual Dual Dual Dual Dual Functional Equivalent LSTTL 54/74 LS123 LS123 LS221 LS221 LS423 LS423 4538B Functional Equivalent CMOS 4000B Suggested Alternative LS 54/74 4000B 4538/4098 4538/4098 4538/4098 4538/4098 4538/4098 4538/4098 LS423 Package DIP 16 16 16 16 16 16 16 Function Retrigg. Monostable Muitivib , GND = Pin 8 HC423 HC423A HC4538 Vcc = Pin 16 GND = Pin 8 Vcc = Pin 16 GND = Pin 8 -
OCR Scan
4098 multivibrator MONOSTABLE 74HC123 74LS123 4098 CMOS 4000B
Abstract: . 3 shows the HC4538 configured in the retriggerable mode. B rie fly, the device operates as fo llo w , T R IG G E R O PERA TIO N The HC4538 is triggered by either a rising-edge signal at in p u t A ( 7 , the HC4538 to a high state ( 10 ). Second, transistor M3 is turned on, which allows the external tim , problems when powering dow n the HC4538 because o f the am ount o f energy stored in the capacitor. When a , occurs, the HC4538 may sustain damage. To avoid this p o ssib ility, use an external clamping diode. · -
OCR Scan
D74HC4538
Abstract: HD74HC4538 Circuit Operation Figure 3 shows the HC4538 configured in the retriggerable mode. Briefly, the , circuit is low. Trigger Operation The HC4538 is triggered by either a rising-edge signal as input A (7 , events. First, the output latch goes low, thus taking the Q output of the HC4538 to a high state (10). , circuit goes low (18). This causes the output latch to toggle, taking the Q output of the HC4538 to a low , always forces the Q output of the HC4538 to a low state. The timing diagram illustrates the case in Renesas Technology
Original
HD74HC4538P HD74HC4538FPEL PRDP0016AE-B PRSP0016DH-B HD74HC4538RPEL Dual Retriggerable Resettable One Shots transistor t2a 82 Japanese Transistor Cross Reference REJ03D0654-0200 ADE-205-543 DILP-16
Abstract: . Also included is a clear input that when taken low resets the one shot. The 'HC4538 is retriggerable , OPERATION The 'HC4538 is triggered by either a rising-edge signal at input A (#7) or a falling-edge signal , output latch goes low, thus taking the Q output of the 'HC4538 to a high state (#10). Second, transistor , 'HC4538 operates as follows (refer to logic diagram). In the quiescent state, the external timing , Q output of the 'HC4538 to a low state (#19), and completing the time-out cycle. 7 Fairchild Semiconductor
Original
DS005217-1 DS005217-2
Abstract: of the leakage of capacitor Cx, the leakage of the HC4538, and leakage due to board layout and , LOGIC DATA 5-545 MC54/74HC4538 CIRCUIT OPERATION Figure 10 shows the HC4538 configured in the , N The HC4538 is triggered by either a rising-edge signal at input A (#7) or a falling-edge signal at , goes low, thus taking the Q output o f the HC4538 to a high state (#10). Second, tran sistor M3 is , HC4538toa low state (#19), and completing the time-out cycle. PO W ER -D O W N C O N SID ER A TIO N S -
OCR Scan
14541b Motorola 14541b C1452SB C14536B C14538B 14541B C14548B
Abstract: inhibit input Also included is a clear input that when taken low resets the one shot The â'™HC4538 is , of the trigger-control reset circuit is low The â'™HC4538 operates as follows (refer to logic , '™HC4538 is triggered by either a rising-edge signal at input A ( 7) or a falling-edge signal at input B , goes low thus taking the Q output of the â'™HC4538 to a high state ( 10) Second transistor M3 is , latch to tog- gle taking the Q output of the â'™HC4538 to a low state ( 19) and completing the National Semiconductor
Original
Abstract: Fig. 3 shows the HC4538 configured in the retriggerable mode. Briefly, the device operates as follows , HC4538 is triggered by either a rising-edge signal as input A (7) or a falling-edge signal at input B (8 , taking the Q output of the HC4538 to a high state (10). Second, transistor M3 is turned on, which allows , (18). This causes the output latch to toggle, taking the Q output of the HC4538 to a low state (19 , Reset pin always forces the Q output of the HC4538 to a low state. The timing diagram illustrates the Hitachi Semiconductor
Original
BA rx transistor hc4538 application note transistor t1A D-85622
Abstract: HD74HC4538 C IR C U IT OPERATION Fig. 3 shows the HC4538 configured in the retriggerable mode. B rie fly , the trigger-control reset c ircu it is low . · T R IG G E R O PER ATIO N The HC4538 is triggered by , , thus taking the Q o u tp u t o f the HC4538 to a high state (1 0 ). Second, transistor M3 is turned on , cause problems when powering dow n the HC4538 because of the am ount o f energy stored in the capacitor , V Cc to zero volts occurs, the HC4538 may sustain damage. To avoid this possibility, use an external -
OCR Scan
Abstract: short as possible. 6 HD74HC4538 Circuit Operation Fig. 3 shows the HC4538 configured in the , reset circuit is low. Trigger Operation The HC4538 is triggered by either a rising-edge signal as , initiates three events. First, the output latch goes low, thus taking the Q output of the HC4538 to a high , output of the HC4538 to a low state (19), and completing the time-out cycle. 7 HD74HC4538 Reset Operation A low voltage applied to the Reset pin always forces the Q output of the HC4538 to a low state Hitachi Semiconductor
Original
Hitachi DSA00223
Abstract: as possible. 6 HD74HC4538 Circuit Operation Fig. 3 shows the HC4538 configured in the , reset circuit is low. Trigger Operation The HC4538 is triggered by either a rising-edge signal as , initiates three events. First, the output latch goes low, thus taking the Q output of the HC4538 to a high , output of the HC4538 to a low state (19), and completing the time-out cycle. 7 HD74HC4538 Reset Operation A low voltage applied to the Reset pin always forces the Q output of the HC4538 to a low state Hitachi Semiconductor
Original
Hitachi DSA00300
Abstract: HD74HC4538 â  CIRCUIT OPERATION Fig. 3 shows the HC4538 configured in the retriggerable mode. Briefly , N The HC4538 is triggered by either a rising-edge signal at input A ( 7 ) or a falling-edge signal , . First, the output latch goes low, thus taking the Q output o f the HC4538 to a high state ( 10 ). , HC4538 to a low state (1 9 ). and completing the time-out cycle. â'¢ R E S E T O PERATIO N A low voltage applied to the Reset pin always forces the Q output of the HC4538 to a low state. The timing -
OCR Scan
P-20N 0D1D315 T-90-20
Abstract: shot. The â'™HC4538 is retrig­ gerable. That is, it may be triggered repeatedly while their outputs , Operation The â'™HC4538 operates as follows (refer to logic diagram). In the quiescent state, the external , circuit is low. QUIESCENT STATE The â'™HC4538 is triggered by either a rising-edge signal at input , '™HC4538 to a high state (#10). Second, transistor M3 is turned on, which allows the external timing , reference circuit comparator. gle, taking the Q output of the â'™HC4538 to a low state (#19), and -
OCR Scan
Abstract: HC4538 configured in the retriggerable mode. Briefly, the device operates as follows (refer to figure 1 , addition, the output of the trigger-control reset circuit is low. Trigger Operation The HC4538 is , the Q output of the HC4538 to a high state (10). Second, transistor M3 is turned on, which allows the , latch to toggle, taking the Q output of the HC4538 to a low state (19), and completing the time-out cycle. Reset Operation A low voltage applied to the Reset pin always forces the Q output of the HC4538 Renesas Technology
Original
NEC HC4538
Abstract: and C x are a function of the leakage of capacitor C x , the leakage of the HC4538, and leakage due to , OPERATION Figure 10 shows the HC4538 configured in the retriggerable mode. Briefly, the device operates as , O PERATIO N The HC4538 is triggered by either a rising-edge signal at input A (#7) or a falling-edge , , the output latch goes low, thus taking the Q output of the HC4538 to a high state (#10). Second, tran , MC14541B MC14S48B HC4538* * Limited operating voltage (2-6 V) TOTAL OUTPUT PULSE WI0TH RANGE RECOMMENDED -
OCR Scan
14538B motorola 14538b 74HC4538 MC14528B equivalent mc14536 T-51-19
Abstract: CL = 50 pF HD74HC4538 Circuit Operation Figure 3 shows the HC4538 configured in the , output of the trigger-control reset circuit is low. Trigger Operation The HC4538 is triggered by either , output of the HC4538 to a high state (10). Second, transistor M3 is turned on, which allows the external , latch to toggle, taking the Q output of the HC4538 to a low state (19), and completing the time-out cycle. Reset Operation A low voltage applied to the Reset pin always forces the Q output of the HC4538 Renesas Technology
Original
Abstract: Description The 'HC4538 and 'HCT4538 are dual retriggerable/resettable monostable precision multivibrators , values of RX and CX are a function of leakage of capacitor CX, the leakage of the 'HC4538, and leakage , , COMBINATION LOGIC 8 CD54/74HC4538, CD54/74HCT4538 Typical Performance Curves HC4538 - TA11646C TA = , DESCRIPTION Back to Top The 'HC4538 and 'HCT4538 are dual retriggerable/resettable monostable precision , The 'HC4538 and 'HCT4538 are dual retriggerable/resettable monostable precision multivibrators for Texas Instruments
Original
SCHS123B SCYD013 SCDD003 59628688601EA 5962V 8688601EA
Abstract: Multivibrator Features Description · Retriggerable/Resettable Capability The 'HC4538 and 'HCT4538 , of capacitor CX, the leakage of the 'HC4538, and leakage due to board layout and surface resistance , Curves HC4538 - TA11646C TA = 25oC 0.70 HCT4538 - TA13646C TA = 25oC 0.70 K FACTOR K Texas Instruments
Original
CD54HC4538 CD74HC4538 CD54HCT4538 CD74HCT4538 SCHS123E in539 CD54 HC453 HCT45
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