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Part ECAD Model Manufacturer Description Datasheet Download Buy Part
HV110-SM02-Q HV110-SM02-Q ECAD Model Superior Sensor Technology Differential Pressure Sensor Optimized for HVAC ±125 to ±2.5K Pa (±0.5 to ±10 inH2O) - Quarter Tape & Reel, SON-11, SM02
SP160-SM02-Q SP160-SM02-Q ECAD Model Superior Sensor Technology Differential Pressure Sensor Optimized for Medical ±5K Pa to ±40K Pa - Quarter Tape & Reel, SON-11, SM02
ND015D-SM02-M ND015D-SM02-M ECAD Model Superior Sensor Technology Multi-Range Differential Pressure Sensor ±1 to ±15 psi (±0.1 to ±1 Bar) - Multi Tray, SON-11
ND060D-SM02-M ND060D-SM02-M ECAD Model Superior Sensor Technology Multi-Range Differential Pressure Sensor ±10 to ±60 psi (±0.7 to ±4.1 Bar) - Multi Tray, SON-11
ND150D-SM02-M ND150D-SM02-M ECAD Model Superior Sensor Technology Multi-Range Differential Pressure Sensor ±50 to ±150 psi (±3.4 to ±10.3 Bar) - Multi Tray, SON-11
ND030A-SM02-M ND030A-SM02-M ECAD Model Superior Sensor Technology Absolute Pressure Sensor 30 psia (2.1 Bar) - Multi Tray, SON-11

debounce IC MC Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2010 - debounce IC MC

Abstract: rotary encoder signal conditioning 14490 MC14490 SC1026 MOTOROLA 14490 magnetic rotary encoder circuit diagram Encoder counter ic debounce signal condition rotary encoder
Text: Integrated Circuits ( IC ) or Programmable Logic Chips (PLCs) provide the proper debounce and noise filtration , DEBOUNCE (CUSTOMER LOGIC CIRCUITRY) ( MC 14490) 0.0015 µf 7 9 DECODE LOGIC UP/DOWN COUNTER MAGNITUDE DIRECTION 5 ms DELAY DEBOUNCE ( MC 14490) DECODE LOGIC UP/DOWN COUNTER BINARY , use of debounce filters is highly recommended with all contacting encoder models to avoid miscounts that may be caused by wiper bounce. Debounce filters such as the MC14490 Hex Contact Bounce Eliminator


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PDF MC14490 e/SC1026 debounce IC MC rotary encoder signal conditioning 14490 SC1026 MOTOROLA 14490 magnetic rotary encoder circuit diagram Encoder counter ic debounce signal condition rotary encoder
3059 npn transistor

Abstract: LC7368J dp800 debounce IC MC EN3860
Text: Unit: mm OVERVIEW The LC7368J is a CMOS switchable DTMF/pulse dialer IC for European telephone , conventional 2-of-8 or single-contact keypads. It features a debounce circuit to prevent undesired keystrokes , LC7368J Pulse-to-tone dialing 2 OFFHOOK [ Note Second and subsequent MC keystrokes are ignored. Flash , Keystroke | 1 | | 2 [ Fi m }rd| DP MUTE1 DTMF WLÍTE2 Key debounce timing Keystroke_| LI L , buffer memory stores dialing digits, and », #, mode change ( MC ) and pause (P) keystrokes. Each digit and


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PDF EN3860 LC7368J 31-digit LC7368J 3059 npn transistor dp800 debounce IC MC EN3860
2004 - rotary encoder signal conditioning

Abstract: signal condition rotary encoder debounce IC MC debounce IC 14490 debounce contact bounce eliminator "Signal Conditioning" MC14490 bounce eliminator
Text: . Commercially available integrated circuits ( IC ) or programmable logic chips (PLC) provide the proper debounce , 5 ms DELAY DEBOUNCE ( MC 14490) (CUSTOMER LOGIC CIRCUITRY) DIRECTION DECODE LOGIC UP , sensitive to wiper bounce. The use of debounce filters is highly recommended with all contacting encoder models to avoid miscounts that may be caused by wiper bounce. Debounce filters such as the MC14490 Hex , bounce. The diagram in Figure 1 shows a typical circuit configuration for encoder debounce filtering


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PDF MC14490 e/SC0409 rotary encoder signal conditioning signal condition rotary encoder debounce IC MC debounce IC 14490 debounce contact bounce eliminator "Signal Conditioning" bounce eliminator
PJ 976

Abstract: debounce IC MC 3059 npn transistor LA8515 LC7368J 2072J
Text: is a CMOS switchable DTMF/pulse dialer IC for European telephone handsets. It incorporates a 31 , . It features a debounce circuit to prevent undesired keystrokes and an on-chip oscillator designed for , Pa/ameter Symbol Condition Rating Unit min typ max Key debounce time Ikd 10.8 - 11.6 ms , m m FI m ^ r Pulse-to-tone dialing 1 offhook [ dp mute1 DTMF mute2 MODEOUT KTONE 2 1 MC 3 2 , MUTE2 MODEOUT KTONE n r 2 | MC | { 3 | ¡MC I | 2 | rd] [rd| uu UU I 1 m m ra m


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PDF EN3860 LC7368J LC7368J 31-digit PJ 976 debounce IC MC 3059 npn transistor LA8515 2072J
flip-flop rsff

Abstract: U6808B U6809B U6813B
Text: U6813B Fail-Safe IC with High-Side Driver and Relay Driver Description The function of , . Usually this task is accomplished by an independent watchdog timer. The monolithic IC U6813B ­ designed , Diagram VCC Bandgap reference 2,44 V Power-on reset Reset debounce Reset delay fosc , -Mar-01 U6813B Fail-Safe Functions could not to give a signal to the mC via ENABLE- and RESET- outputs in the , following table for a maximum of system safety. A good fail-safe IC has to maintain its monitoring


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PDF U6813B U6813B D-74025 09-Mar-01 flip-flop rsff U6808B U6809B
2001 - U6808B

Abstract: U6809B U6813B
Text: U6813B Fail-Safe IC with High-Side Driver and Relay Driver Description The function of , . Usually this task is accomplished by an independent watchdog timer. The monolithic IC U6813B ­ designed , Diagram VCC Bandgap reference 2,44 V Power-on reset Reset debounce Reset delay fosc , -Sep-01 U6813B Fail-Safe Functions could not to give a signal to the mC via ENABLE- and RESET- outputs in the , following table for a maximum of system safety. A good fail-safe IC has to maintain its monitoring


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PDF U6813B U6813B D-74025 18-Sep-01 U6808B U6809B
2000 - digital pen circuit diagram

Abstract: pen driver circuit diagram NEN 250
Text: U6813B Fail-Safe IC with High-Side Driver and Relay Driver Description The function of , . Usually this task is accomplished by an independent watchdog timer. The monolithic IC U6813B ­ designed in , debounce fosc 3.3-V under- and overvoltage detect. RELO VCC 14 Current limitation VCC 5-V under- and , -Jun-99 Preliminary Information U6813B Fail-Safe Functions A good fail-safe IC has to maintain its monitoring , could not to give a signal to the mC via ENABLE- and RESET- outputs in the case of a fault condition


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PDF U6813B U6813B D-74025 18-Jun-99 digital pen circuit diagram pen driver circuit diagram NEN 250
2000 - digital pen circuit diagram

Abstract: debounce IC MC ic for driver fet class d 14 pin long deLAY ic timer relay pen driver circuit diagram U6808B U6809B U6813B pen driver circuit 05K500
Text: U6813B Fail-Safe IC with High-Side Driver and Relay Driver Description The function of , . Usually this task is accomplished by an independent watchdog timer. The monolithic IC U6813B ­ designed , Diagram VCC Bandgap reference 2,44 V Power-on reset Reset debounce Reset delay fosc , to give a signal to the mC via ENABLE- and RESET- outputs in the case of a fault condition. The , system safety. A good fail-safe IC has to maintain its monitoring function even if there is a fault


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PDF U6813B U6813B D-74025 22-Aug-00 digital pen circuit diagram debounce IC MC ic for driver fet class d 14 pin long deLAY ic timer relay pen driver circuit diagram U6808B U6809B pen driver circuit 05K500
2003 - long deLAY ic timer relay

Abstract: atmel 246 U6808B debounce IC MC 5v 8 pins relay atmel 647 4707A
Text: W) Special Fail-safe IC Description The U6808B is designed to support the fail-safe function , reference 2.44 V Power-on reset RESET Reset debounce Reset delay + RELAY Under , 8 VS Supply 5-V supply ­ Fail-safe Functions A fail-safe IC has to maintain its , IC generates a time base (frequency fWDC) independent from the microcontroller. The watchdog's time , output. A pulse duration shorter than the debounce time has no effect on the outputs. A pulse longer


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PDF 250-mA MIL-STD-883 U6808B long deLAY ic timer relay atmel 246 debounce IC MC 5v 8 pins relay atmel 647 4707A
Not Available

Abstract: No abstract text available
Text: be connected directly to conventional 2-of-8 or single-contact keypads. It fea­ tures a debounce , resonator connection) ic 1 0 xour m V i 1 1 VDD 1.5 to «.0 V supply 12 VSS , 2 Note Second and subsequent MC keystrokes are ignored. Flash tim ing *»»* I 11 n ^ , sodi n I iti fl I Key debounce timing Kytoa aar k il f l ~ E ftadfrttoyhpulB , key buffer memory stores dialing digits, and •, #, mode change ( MC ) and pause (P) keystrokes. Each


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PDF EN38gQ LC7368J 31-digit QQ107QB LC7368J
2001 - LC7367J

Abstract: LC7367JM
Text: 6 P R3 7 8 9 RD 0 # MC R4 Key Debounce Time · A key debounce , Ordering number:ENN3095A CMOS IC LC7367J, 7367JM DTMF/PULSE Switchable Dialer Package , Mode change with MC key is made in one direction onlyfrom pulse mode to tone mode. · Delivers 12 DTMF , : Redial, pause release 0 # MC R4 MC : Pulse=tone select C2 C3 C4 : Flash , Ratings min typ Unit max Key debounce time TKD K-TONE frequency fKT 1243 Hz


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PDF ENN3095A LC7367J, 7367JM 3059-DIP22S LC7367J] DIP22S 073A-MFP30 LC7367JM] 45max 58MHz) LC7367J LC7367JM
2004 - LC7367J

Abstract: LC7367JM debounce IC MC speed dial circuit 3059 npn transistor
Text: 6 P R3 7 8 9 RD 0 # MC R4 Key Debounce Time · A key debounce , Ordering number:ENN3095A CMOS IC LC7367J, 7367JM DTMF/PULSE Switchable Dialer Package , Mode change with MC key is made in one direction onlyfrom pulse mode to tone mode. · Delivers 12 DTMF , : Redial, pause release 0 # MC R4 MC : Pulse=tone select C2 C3 C4 : Flash , typ Unit max Key debounce time TKD K-TONE frequency fKT 1243 Hz K-TONE


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PDF ENN3095A LC7367J, 7367JM 3059-DIP22S LC7367J] DIP22S 073A-MFP30 LC7367JM] 45max 58MHz) LC7367J LC7367JM debounce IC MC speed dial circuit 3059 npn transistor
5106b

Abstract: UM5106 SECI resistor iw16
Text: 6 KHz Sampling rate = 6 KHz 3 -2 0 UM5106B Series Timing Waveforms (1 ) Key-in Debounce , adjusted simply by changing the external resistor o f OSC. 2. Debounce Circuit The UM5106B provides a debounce circuit to prevent unexpected triggers from noise in its environment. The key-in debounce circuit , Pulse Width In som e cascade applications, the stop pulse is used to trigger the slave IC . In this case, the stop pulse width o f the master chip must be longer than the keyin debounce tim e or set-up tim e


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PDF UM5106B 24-pin UM5106BH 5106BH 24LDIP 24LDIP UM51068 5106b UM5106 SECI resistor iw16
AWB2528-1423GB

Abstract: AWB2528-1508-GB AWB2528-1508GB EASY820-DC-RC EASY819-AC-RC moeller EASY512-AC-R IEC 60068-2-31 EASY819-AC-RC easy620-dc-te EASY618-AC-RE moeller
Text: 0 ­ 55 40 ­ 70 40 ­ 70 5 ­ 95 5 ­ 95 795 ­ 1080 795 ­ 1080 cmC/ mC cmC/ mC 10 1 10 1 , 0 ­ 55 40 ­ 70 40 ­ 70 5 ­ 95 5 ­ 95 795 ­ 1080 795 ­ 1080 cmC/ mC cmC/ mC 10 1 10 1 , (0 ­ 1/1 ­ 0) I1 - I12 Debounce ON, 50/60 Hz Debounce OFF, 50/60 Hz Max. admissible cable length , signal "1" R1 to R12 Delay time Delay time (0 ­ 1/1 ­ 0) I1 - I6, I9 - I12, R1 - R12 Debounce ON, 50/60 Hz Debounce OFF, 50/60 Hz Delay time I7, I8 (1 ­ 0) Debounce ON, 50/60 Hz Debounce OFF, 50


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PDF HPL0211-2004/2005 EASY200-EASY EASY202-RE EASY512-. ZB4-101-GF1 AWB2528-1423GB AWB2528-1508-GB AWB2528-1508GB EASY820-DC-RC EASY819-AC-RC moeller EASY512-AC-R IEC 60068-2-31 EASY819-AC-RC easy620-dc-te EASY618-AC-RE moeller
mc145413

Abstract: MC145412 MC1454 motorola MC
Text: Output · Memory Programming Options by Keyboard Configuration MC 145 4 1 2 MC 145413 MC 145512 0 1 , [ 4 C ÖL3 [ 5 VS S [ 6 TSO [ 7 0 S C in [ 8 BLOCK DIAGRAM TONE SIGNAL DEBOUNCE COUNTER OSCgjt , ) Characteristic Row/Column Scan Frequency Key Debounce Time DTMF Tone Duration for Keypad Dialing DTMF Tone , Rate Make/Break Ratio ( MC * Open or Vd q ) Outpulsing Rate MUTE Output (MO) Overlap Time TSO Output , pps, and 20 pps dialing modes. Mode selection is done during the first key entry debounce period after


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PDF MC145412/13 MC145512 18-pin MC145413 500-Hz 18-Digit 579545-MHz MC145412-MC145413-MC145512 MC145412 MC1454 motorola MC
2002 - MJ 2955 pin configuration

Abstract: U6808B U6809B U6813B U6813B-MFPG3
Text: , this task is accomplished by an independent watchdog timer. The monolithic IC U6813B, designed in , of applications. The U6813B is based on of Atmel's fail-safe ICs U6808B and U6809B. Fail-safe IC , Power-on reset Reset debounce Reset delay fosc fosc 3 P-RES 4 N-RES 1 RELO , Analog input 3.3-V supply Fail-safe Functions 2 A fail-safe IC has to maintain its monitoring , external R/C components. By means of an external R/C circuitry, the IC generates a time base (frequency


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PDF 150-mA U6813B, MJ 2955 pin configuration U6808B U6809B U6813B U6813B-MFPG3
Not Available

Abstract: No abstract text available
Text: – Shift, control, and alpha lo ck inputs m R C -controlled debounce circ u itry ■Single 4 to 10.5 V s , RCA-CDP1871A is a keyboard encoder designed to d ire c tly in te rfa c e betw een a C D P 1800-series m ic ro , times. The N-key lock-o ut feature prevents ¡-CH I00K 40 MC R The CDP1871A and CDP1871 , range of 4 to 6.5 volts. These types are supplied in 40-lead dual-in­ line ceram ic packages (D , ic a l CDP1800‘ Series m ic ro p ro c e s s o r system u sing the CDP1871A. File Num ber 1374


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PDF CDP1871A, CDP1871AC CDP1800-series CDP1B71A) CDP1871 RCA-CDP1871A 1800-series DP1B71A CDP1871A
mc145412

Abstract: MC145413 145412 MC14551 Dtmfout MC145512
Text: Programming Options by Keyboard Configuration MC 145412 M CI 45413 MC 145512 1 8 M l M 1 1 p SUFFIX , I TSO t 0 S C in [ B LOCK DIAGRAM TONE SIGNAL DEBOUNCE COUNTER COLUMN TONE GEN OSCout , .= 3.579545 MHz, Unless Otherwise Noted) Characteristic Row/Column Scan Frequency Key Debounce Time DTMF Tone , Dialing) Pulse 10 pps 20 pps MS Pin Scan Rate Make/Break Ratio ( MC = Open or Vd d ) Outpulsing Rate MUTE , pps dialing modes. Mode selection is done during the first key entry debounce period after the dialer


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PDF MC145412/13 MC145512 18-pin MC145413 500-Hz 18-Digit MC145412 MC145413-MC145512 145412 MC14551 Dtmfout
A 3198

Abstract: LA8515 LC7364J MC 108 transistor 3059 npn transistor 4X4 MATRIX KEY c 3198 transistor pj 3059
Text: matrix key) to select DTMF mode/OUTPUT-PULSE mode. (5) Mode change with MC key is made in one direction , # mc ct c2 c3 c4 RI R2 R3 R4 □ □ Flash Pause PD I : Redial, pause release MC I : Pulse = , 3.579545MHz min typ max unit Key Debounce Time Tkd 10.8 11.6 ms K-TONE Frequency íkt 1243 Hz K-TONE , K-TONE 2 mc 3 mc 2 rd ro uu LIU m ® vn E3 nn m i 2nd MC , where there are pauses during mode select Off-hook [öTj [dT] |7j mc d3 (P/T = 'H' ) Redial


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PDF EN3198 7364J LC7364J 58MHz) 31-digit LC7364J A 3198 LA8515 MC 108 transistor 3059 npn transistor 4X4 MATRIX KEY c 3198 transistor pj 3059
3095A

Abstract: 16 key 4x4 DTMF 3059 npn transistor LC7367J LC7367JM d1694
Text: . Key Assignment cl c2 c3 c4 Rl 1 2 3 F R2 4 5 6 P R3 7 8 9 RD R4 H 0 # MC Key Debounce Time â , function key (4X4 matrix key) to select DTMF mode/OUTPUT-PULSE mode. (5) Mode change with MC key is made , X 0 # MC CI C2 C 3 Ct r1 r2 r3 r4 0 = Flash Pause RD I : Redial, pause release : Pulse =tone , Output Time TMfon DTMF Interdigit Pause TMFOff Flash Time TFLash min typ max typ Key Debounce Time , MF MUTE 2 MOOE OUT K-TOfC - 2 MC 3 MC 2 RD RD uu LiU ft f^ 1


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PDF LC7367J, 7367JM LC7367J 7367JM 58MHz) 31-digit 3095A 16 key 4x4 DTMF 3059 npn transistor LC7367JM d1694
LC7363J

Abstract: 3059 npn transistor D-60 LC7363JM
Text: R4 X 0 # MC Key Debounce Time • A key debounce circuit is built in key input to prevent , S X 0 # MC R4 MC CI C 2 C3 C4 Flash : Pause RD : Redial, pause release MC : Pulse = tone , . AC Characteristics atTa = 25°C,Vdd = 1.5 to 6.0V,fosc: = 3.579545MHz min typ max unit Key Debounce , d 1 d2 MC D3 D4 MC d 5 d6

MC Pulse 0 D 5 06 (P/t='l1) Redial Off-hook RD Tone Pulse 4s e c 4s e c d


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PDF EN3199 LC7363J, 7363JM LC7363J 7363JM 58MHz) 31-digit 3059 npn transistor D-60 LC7363JM
3059 npn transistor

Abstract: C100 LC7363J LC7363JM MCD506
Text: Assignment Cl C2 C3 R1 R2 R3 R4 1 2 3 F 4 5 6 p 7 8 9 > „ X 0 // MC emory Key Debounce Time â , Assignment 1 2 3 f u s 6 p 7 8 9 rd X 0 # mc ci c2 c3 ca RI ÍU R3 RA MC Flash Pause Redial, pause , Characteristics at Ta = 25°C,VDD = 1.5 to 6.0V,f0sc = 3.579545MHz Key Debounce Time TKD K-TONE Frequency Act , during mode select Off-hook 0 02 MC OS i D4 MC D5 06 ( P / T = ' L ') Redial Tone Pulse 4sec , redial for 32 digits or more is prohibited. • Dial data (1 to 0, *, #), mode change data ( MC ) and


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PDF EN3199 LC7363J, 7363JM 58MHz) LC7363J 7363JM 31-digit 3059 npn transistor C100 LC7363JM MCD506
3059 npn transistor

Abstract: A 3198 C100 LC7364J 4X4 push-button matrix keyboard
Text: function key (4X4 matrix key) to select DTMF mode/O UTPUT-P U LSE mode. (5) Mode change with MC key is , follower output. No. 3198-3/12 LC7364J Key Assignment 1 2 3 f u 5 6 p 1 8 9 rd X 0 # mc RI R2 Rî R4 : Flash : Pause When in OUTPUT-PULSE mode RD : Redial, pause release MC : Pulse = tone select , Output Pin Voltage AC Characteristics at Ta : Key Debounce Time K-TONE Frequency K-TONE Output Time Auto , HOOK *J_ fi KEV DP MC w MC MUTE 1 DTMF MUTE 2 MODE OUT K-TONE RD HO w _ 2nd MC key-in


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PDF EN3198 7364J LC7364J 58MHz) 31-digit LC7364J 3059 npn transistor A 3198 C100 4X4 push-button matrix keyboard
SD1074

Abstract: SC4000 F9310
Text: . 4 D e v ic e O v e r v i e w , . 16 M ic r o p r o c e s s o r In te r fa c e , ). 24 SCbus CLKFAIL Latch Debounce Enable (C_51) (Read/Write , ). 27 SCbus MC NEM CA B ror Latch (C_82) (Read o n ly , ) . 27 SCbus MC NEM CA B ror Latch Clear_N (C_86) (Read/W rite


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PDF DS-SC4000 SD1074 SC4000 F9310
U6808B

Abstract: 11-pin relay pin out diagram
Text: U6808B Special Fail-Safe IC Description The U6808B is designed to support the fail-safe function , Reset debounce + ­ Relay Under/ overvoltage detection Enable Rin ­ + + ­ Internal , Functions A fail-safe IC has to maintain its monitoring function even if there is a fault condition at , the relay and to give a signal to the mC via ENABLE- and RESET outputs. The following table shows , With an external R/C circuitry the IC generates a time base (frequency fWDC) independent from the


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PDF U6808B U6808B 250-mA D-74025 03-Dec-97 11-pin relay pin out diagram
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